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# Radial Magnets - We Know Magnets: At Radial Magnets, we offer a wide range of magnets, including neodymium magnets, ferrite magnets, samarium cobalt magnets, and alnico magnets, among others. We are best known for our vast inventory along with our phenomenal pricing and customer service. We strive to ensure your magnets arrive on-time, while maintaining superior quality standards. We offer live customer support and engineering feedback. In addition, we offer custom manufacturing of magnets and magnetic assemblies.

## Sitemaps
[XML Sitemap](https://cdn-radialmagnet.b-cdn.net/sitemap_index.xml): Includes all crawlable and indexable pages.

## Posts
- [State of the Magnetics Industry: July 2026 Update](https://radialmagnet.com/state-of-the-magnetics-industry-july-2026-update/): The global magnetics industry continues to move through one of the most important periods in its modern history. As of July 2026, permanent magnets are no longer viewed as simple industrial components. They are now strategic materials tied directly to manufacturing stability, national security, clean energy, automation, medical technology, transportation, and advanced electronics.
- [Introducing the New Radial Magnets Technical Resource Hub](https://radialmagnet.com/introducing-the-new-radial-magnets-technical-resource-hub/): Specifying the right magnet is not always as simple as choosing a size and grade. Pull force, operating temperature, coating performance, material selection, air gaps, mounting conditions, and real-world application environments all play an important role in whether a magnet will perform reliably.
- [Introducing Three New Tools We Built to Make Magnet Sourcing Easier](https://radialmagnet.com/introducing-three-new-tools-we-built-to-make-magnet-sourcing-easier/): At Radial Magnets, we know that finding the right magnet is not always as simple as choosing a size and placing an order. Material grade, coating, operating temperature, magnetization direction, pull force, surface field, tolerance, and application conditions all matter.
- [The Current State of the Magnetics Industry: Supply Risk, Pricing Pressure, and a New Era of Strategic Sourcing](https://radialmagnet.com/the-current-state-of-the-magnetics-industry-supply-risk-pricing-pressure-and-a-new-era-of-strategic-sourcing/): The magnetics industry is entering one of the most important periods in its modern history. Permanent magnets, especially neodymium iron boron magnets, have moved from being a quiet industrial component to a strategic material at the center of global manufacturing, energy, defense, electronics, transportation, automation, and medical technology.
- [The State of the Magnetics Industry After Trump’s Visit to China](https://radialmagnet.com/the-state-of-the-magnetics-industry-after-trumps-visit-to-china/): President Trump’s recent visit to China brought rare earths and permanent magnets back to the center of U.S.–China trade negotiations. For the magnetics industry, the visit did not create a full breakthrough, but it did clarify one important reality: rare earth supply will remain a strategic, controlled, and politically sensitive market for the foreseeable future.
- [The Current State of the Magnetics Industry: Pricing Pressure, Import Risk, and Supply Chain Uncertainty](https://radialmagnet.com/the-current-state-of-the-magnetics-industry-pricing-pressure-import-risk-and-supply-chain-uncertainty/): The magnetics industry is entering one of its most complicated periods in years. Demand for permanent magnets remains strong across electric motors, sensors, robotics, medical devices, aerospace, defense, electronics, and industrial automation. At the same time, buyers are dealing with a difficult combination of higher raw material prices, longer lead times, export licensing risk, tariffs, and growing pressure to diversify away from China.
- [The Critical Component Your Inventory Strategy Cannot Ignore](https://radialmagnet.com/the-critical-component-your-inventory-strategy-cannot-ignore/): Procurement Strategy
- [Busting Common Misconceptions About Magnetics](https://radialmagnet.com/busting-common-misconceptions-about-magnetics/): By Radial Magnets
- [Choosing the Right Magnet: A Complete Comparison Guide for Engineers & Buyers](https://radialmagnet.com/choosing-the-right-magnet-a-complete-comparison-guide-for-engineers-buyers/): At Radial Magnets, we work with companies every day that need the right magnet for the right job. Whether you're designing a high-performance motor, sourcing components for consumer electronics, or building industrial systems, selecting the correct magnet type directly impacts performance, cost, and reliability.
- [Importing Magnets in 2026: Why Smart Buyers Are Securing Supply Now](https://radialmagnet.com/importing-magnets-in-2026-why-smart-buyers-are-securing-supply-now/): In today’s volatile global market, sourcing magnets—especially Neodymium—has become increasingly complex. What was once a predictable supply chain is now shaped by geopolitical tensions, export controls, logistics disruptions, and rising demand across industries like EVs, aerospace, and electronics.
- [The Invisible Force Powering the Modern World: Magnetics Explained](https://radialmagnet.com/the-invisible-force-powering-the-modern-world-magnetics-explained/): At Radial Magnets, we live and breathe magnetics—but most people interact with it every day without even realizing it.
- [How the Iran Conflict Could Impact the Price of Magnets](https://radialmagnet.com/how-the-iran-conflict-could-impact-the-price-of-magnets/): (Implications for the global NdFeB supply chain and buyers of permanent magnets)
- [State of the Magnetics Industry (Feb 2026) What’s Driving the Next Cycle](https://radialmagnet.com/state-of-the-magnetics-industry-feb-2026-whats-driving-the-next-cycle/): The magnetics industry in 2026 is being shaped by a simple reality: high-performance permanent magnets (especially NdFeB) sit at the intersection of electrification (EVs, industrial motors), energy transition (wind), and automation (robotics). Demand is rising, but supply chains remain concentrated—so pricing, lead times, and compliance risk are moving together more than they used to.
- [Understanding Magnet Materials: Differences, Pros, and Cons](https://radialmagnet.com/understanding-magnet-materials-differences-pros-and-cons/): Magnets may look simple, but the material behind them determines everything—from strength and temperature limits to cost, corrosion resistance, and long-term reliability. Choosing the wrong magnet material can lead to premature failure, performance issues, or unnecessary cost.
- [The Magnetics Industry Through a Procurement Lens](https://radialmagnet.com/the-magnetics-industry-through-a-procurement-lens/): For procurement professionals, magnets are no longer “just another component.” In today’s manufacturing landscape, magnetic materials—especially rare-earth magnets—represent a unique blend of technical risk, supply-chain exposure, regulatory pressure, and cost volatility. Understanding the magnetics industry has become essential for controlling risk, ensuring continuity, and supporting long-term product strategies.
- [What to Look Forward To in 2026 in the World of Magnetics](https://radialmagnet.com/what-to-look-forward-to-in-2026-in-the-world-of-magnetics/): As the world accelerates toward electrification, automation, and sustainability, magnets — especially rare-earth magnets — are moving from niche technical components to cornerstone technologies underpinning future industries. In 2026, the magnetics sector stands poised at a crossroads of innovation, supply-chain transformation, and expanding applications.
- [Exporting High-Temperature Neodymium Magnets from China: What Buyers Need to Know](https://radialmagnet.com/exporting-high-temperature-neodymium-magnets-from-china-what-buyers-need-to-know/): High-temperature neodymium magnets—grades like H, SH, UH, and EH—are essential for demanding applications in automotive, industrial motors, energy systems, and advanced electronics. While China remains the world’s largest producer of these magnets, exporting high-temperature grades is far more complex than shipping standard neodymium materials.
- [The State of the Magnetics Industry as of Dec 2025](https://radialmagnet.com/the-state-of-the-magnetics-industry-as-of-dec-2025/): According to recent market-research estimates, the global market for magnetic materials is valued at roughly US$ 33–35.2 billion in 2025, depending on the methodology.
- [Wishing You a Happy Thanksgiving from Our Family To Yours!](https://radialmagnet.com/wishing-you-a-happy-thanksgiving-from-our-family-to-yours/): Where Strong Connections Start With Stronger Magnets
- [The State of the Magnetics Industry as of November, 2025](https://radialmagnet.com/the-state-of-the-magnetics-industry-as-of-november-2025/): The global magnetics industry—especially the rare-earth permanent magnet and neodymium-iron-boron (NdFeB) magnet sectors—is in a period of heightened strategic importance, moderate growth, supply-chain tension and technological transition. Below is a detailed overview of where things stand (and where they look headed) for players such as your company, Radial Magnets, operating in manufacture, supply, and global sourcing of permanent magnets.
- [Scenario Analysis: China’s Latest Magnet Restrictions (Q4-2025 → 2027)](https://radialmagnet.com/scenario-analysis-chinas-latest-magnet-restrictions-q4-2025-%e2%86%92-2027/): China tightened rare-earth/magnet export controls in 2025 (license scrutiny, tracking, selective denials), with shipments collapsing in May, then partially rebounding in June as some licenses were issued; fresh tightening and longer approvals reported again in October; rare-earth exports fell sharply in September.
- [The State of the Magnetics Industry as of October 2025](https://radialmagnet.com/the-state-of-the-magnetics-industry-as-of-october-2025/): Below is an up-to-date survey of the magnetics industry as of October 2025: where it stands, what’s driving it, where the risks lie, and what to watch going forward.
- [The State of the Rare Earth Magnet Industry – September 2025](https://radialmagnet.com/the-state-of-the-rare-earth-magnet-industry-september-2025/): Rare earth magnets, particularly Neodymium–Iron–Boron (NdFeB) and Samarium–Cobalt (SmCo), sit at the heart of modern electrification. From electric vehicles to offshore wind farms, from consumer electronics to defense applications, these magnets are indispensable. As of September 2025, the industry is expanding rapidly but faces profound challenges in supply concentration, pricing volatility, and geopolitical risk.
- [The Global Magnetics Industry in 2025: Growth, Shifts, and What Comes Next](https://radialmagnet.com/the-global-magnetics-industry-in-2025-growth-shifts-and-what-comes-next/): The magnetics industry is undergoing one of its most dynamic periods in decades. From electric vehicles to wind turbines, from robotics to smartphones, magnets are the hidden force powering our modern world. As we step deeper into 2025, it’s clear that demand is surging, supply chains are shifting, and policy is reshaping the playing field.
- [The Current State of the Rare Earth Magnetics Industry – As of August 2025](https://radialmagnet.com/the-current-state-of-the-rare-earth-magnetics-industry-as-of-august-2025/): Here’s an updated overview of the current state of the Rare Earth Magnet Industry as of mid‑2025—touching on supply dynamics, geopolitical shifts, market demand, and emerging alternatives.
- [We’ve Moved!](https://radialmagnet.com/weve-moved/): We are thrilled to announce our move to our new facility! We have more than doubled in size, so that means more magnets under our roof for you to choose from!
- [Where We Currently Stand After the June 27th US-China Trade Truce on Rare-Earth Exports](https://radialmagnet.com/where-we-currently-stand-after-the-june-27th-us-china-trade-truce-on-rare-earth-exports/): Here’s an updated look at where things stand after the June 27 U.S.–China trade truce on rare-earth magnet exports:
- [Rare Earths Exports – New Trade Framework Unveiled](https://radialmagnet.com/rare-earths-exports-new-trade-framework-unveiled/): Trade deal signed late June 2025: On June 26–27, the U.S. and China formalized a framework agreed earlier in London and Geneva. This pact is designed to accelerate Chinese shipments of rare‑earth elements and magnets to the United States—goods vital for sectors like electric vehicles, defense systems, and tech manufacturing.
- [The Rare Earth Truce: What Was Agreed](https://radialmagnet.com/the-rare-earth-truce-what-was-agreed/): London “framework” deal: In early June, the U.S. and China reached a trade truce in London, briefly reviving a smaller truce struck in Geneva on May 11. Both sides agreed to ease some tariff and export restrictions.
- [A Groundbreaking Trade “Truce” Between the U.S. and China in Regards to Rare Earth Magnets](https://radialmagnet.com/a-groundbreaking-trade-truce-between-the-u-s-and-china-in-regards-to-rare-earth-magnets/): In a pivotal shift in global trade dynamics, Presidents Trump and Xi have agreed — pending their final approval — on a narrow but strategically vital trade framework focused on rare earth magnets and minerals. Negotiated during intense talks in London, the agreement signals a temporary détente between the world’s two largest economies
- [Breaking the Monopoly: Why Only China Can Produce Neodymium Magnets – And How Radial Magnets Is Changing That](https://radialmagnet.com/breaking-the-monopoly-why-only-china-can-produce-neodymium-magnets-and-how-radial-magnets-is-changing-that/): Executive Summary
- [Why It’s Crucial to Keep In-House Stock of Neodymium Magnets](https://radialmagnet.com/why-its-crucial-to-keep-in-house-stock-of-neodymium-magnets/): In today’s fast-paced industrial landscape, Neodymium magnets are essential components across countless sectors—from electric motors and robotics to consumer electronics and renewable energy. Yet despite their critical role, many companies overlook a simple yet powerful operational strategy: maintaining in-house stock of Neodymium magnets.
- [Can Ferrite or Alnico Magnets Replace Neodymium?](https://radialmagnet.com/can-ferrite-or-alnico-magnets-replace-neodymium/): Neodymium magnets are the undisputed champions of modern magnetism. Their incredible strength-to-size ratio has made them essential in everything from electric vehicles and wind turbines to smartphones and medical devices. But with rising prices, supply chain vulnerabilities, and increasing global demand, industries are now asking:
- [China Tightens Grip on Rare Earth Magnet Exports: Global Industries on Alert](https://radialmagnet.com/china-tightens-grip-on-rare-earth-magnet-exports-global-industries-on-alert/): In a significant move reflecting its dominance in the rare earth sector, China has imposed stringent export controls on certain rare earth elements and associated technologies. Effective from April 4, 2025, this decision has far-reaching implications for global industries reliant on these critical materials.
- [China’s Magnet Export Restrictions: What They Mean for the World](https://radialmagnet.com/chinas-magnet-export-restrictions-what-they-mean-for-the-world/): In 2025, China significantly escalated its control over the global rare earth magnet supply chain by introducing strict export restrictions. These measures have sent shockwaves through industries that rely heavily on advanced magnets, such as electric vehicles (EVs), renewable energy, aerospace, and defense. As the world scrambles to secure alternatives, China’s policies are reshaping the global landscape for magnet sourcing and manufacturing.
- [The Hidden Dangers of a Trade War in the Magnet Industry](https://radialmagnet.com/the-hidden-dangers-of-a-trade-war-in-the-magnet-industry/): The Hidden Dangers of a Trade War in the Magnet Industry
- [Why the U.S. Still Can’t Manufacture Magnets — And Why That Matters](https://radialmagnet.com/why-the-u-s-still-cant-manufacture-magnets-and-why-that-matters/): Magnets are a core component of modern technology. From electric vehicles and wind turbines to smartphones, medical devices, and defense systems—none of it works without permanent magnets, especially those made from rare earth materials like neodymium.
- [Magnetic Terminology and Their Meanings](https://radialmagnet.com/magnetic-terminology-and-their-meanings/): Magnetism plays a crucial role in various industries, including manufacturing, electronics, and renewable energy. To understand how magnets work and how they impact different applications, it's essential to be familiar with key magnetic terms. Below is a list of common magnetic terms and their meanings.
- [Understanding Magnetic Assemblies: Applications, Design, and Manufacturing](https://radialmagnet.com/understanding-magnetic-assemblies-applications-design-and-manufacturing/): Magnetic assemblies are integral components in a wide range of industries, offering enhanced performance over standalone magnets. By combining magnets with other materials such as steel, aluminum, or plastic, these assemblies provide higher mechanical stability, improved magnetic performance, and easier integration into various applications. This article explores the applications, design considerations, and manufacturing processes of magnetic assemblies.
- [How Magnets Work in Electric Motors](https://radialmagnet.com/how-magnets-work-in-electric-motors/): Electric motors are essential components in a wide range of applications, from household appliances to industrial machinery and electric vehicles. At the heart of these motors is the principle of electromagnetism, where magnets play a crucial role in converting electrical energy into mechanical motion. This article explores the function of magnets in electric motors and how they enable efficient motion.
- [The Impact of Potential Tariffs on Rare Earth Magnets](https://radialmagnet.com/the-impact-of-potential-tariffs-on-rare-earth-magnets/): The Impact of Potential Tariffs on Rare Earth Magnets
- [The Use of Magnets in Medical Devices: Advancing Healthcare with Magnetic Technology](https://radialmagnet.com/the-use-of-magnets-in-medical-devices-advancing-healthcare-with-magnetic-technology/): The Use of Magnets in Medical Devices: Advancing Healthcare with Magnetic Technology
- [Featured FAQ: Why You Cannot Cut, Grind or Machine a Finished Magnet](https://radialmagnet.com/featured-faq-why-you-cannot-cut-grind-or-machine-a-finished-magnet/): Magnets are indispensable components in various industries, from electronics to manufacturing. However, modifying finished magnets—especially by cutting them—is a challenging and often impractical task. Here, we will explore the reasons why cutting a finished magnet is problematic and the potential consequences of attempting it.
- [Understanding the Difference Between Radial and Diametrically Magnetized Magnets](https://radialmagnet.com/understanding-the-difference-between-radial-and-diametrically-magnetized-magnets/): Magnets play a vital role in countless applications, from electric motors to medical devices. The way a magnet is magnetized has a significant impact on its behavior and suitability for specific uses. Two common magnetization patterns are radial magnetization and diametrical magnetization. This article explains these patterns and highlights their key differences.
- [Predictions for 2025 in the Magnetics Industry](https://radialmagnet.com/predictions-for-2025-in-the-magnetics-industry/): The magnetics industry is at the forefront of technological innovation, serving as a critical enabler for renewable energy, electric vehicles (EVs), advanced electronics, and more. As we enter 2025, several transformative trends are shaping the future of this dynamic sector.
- [Busting the Myth: Not All Metals Can Be Magnetized](https://radialmagnet.com/busting-the-myth-not-all-metals-can-be-magnetized/): When people think of magnets, a common misconception arises: the idea that any metal can be magnetized. This belief might come from seeing magnets interact with various metallic objects, leading to the assumption that magnetism is a universal property of all metals. However, the truth is more nuanced, rooted in the atomic structure of materials and the principles of magnetism. Let’s explore why not all metals can be magnetized and what makes some materials magnetic.
- [How Gauss Measurement Works in Magnets](https://radialmagnet.com/how-gauss-measurement-works-in-magnets/): Magnets are integral to various applications, from electric motors to medical devices. Understanding their strength and behavior often requires measuring their magnetic field. One common unit for quantifying magnetic flux density is the gauss (G), named after the mathematician and physicist Carl Friedrich Gauss. Measuring the magnetic field strength in gauss provides insights into a magnet's performance and its suitability for specific applications.
- [How a Sensor Magnet Works](https://radialmagnet.com/how-a-sensor-magnet-works/): Magnets are versatile tools used across various industries, and sensor magnets represent a fascinating application in the field of sensing technology. These magnets form the core of many modern systems, enabling accurate detection, measurement, and control. Here, we delve into the principles, design, and applications of sensor magnets to understand how they function.
- [The Fascinating World of Maglev Technology](https://radialmagnet.com/the-fascinating-world-of-maglev-technology/): Magnetic levitation, or maglev, is an advanced transportation technology that uses the principles of electromagnetism to enable vehicles to float above tracks, eliminating physical contact and significantly reducing friction. This cutting-edge system has garnered attention worldwide for its ability to deliver high-speed, efficient, and eco-friendly transportation solutions. Let’s explore how maglev works, its benefits, and its transformative potential.
- [The Use of Magnets in Modern Automobiles: Driving Efficiency and Innovation](https://radialmagnet.com/the-use-of-magnets-in-modern-automobiles-driving-efficiency-and-innovation/): Magnets have become an indispensable component in modern automobiles, underpinning a range of critical systems that enhance vehicle performance, safety, and energy efficiency. As the automotive industry shifts toward more advanced and sustainable technologies, the role of magnets continues to grow, influencing everything from electric motors to safety sensors.
- [Effective Ways to Demagnetize a Magnet](https://radialmagnet.com/effective-ways-to-demagnetize-a-magnet/): Magnets are widely used in industries, technology, and everyday applications due to their ability to generate magnetic fields. However, there are instances where demagnetizing a magnet becomes necessary. This process involves reducing or eliminating a magnet’s magnetic field. Here’s an in-depth look at various techniques to demagnetize magnets, along with their practical applications.
- [What Equipment is Used for Making a Neodymium Magnet?](https://radialmagnet.com/what-equipment-is-used-for-making-a-neodymium-magnet/): Making a Neodymium (NdFeB) magnet involves a series of specialized processes and equipment, as neodymium magnets are manufactured from an alloy of neodymium, iron, and boron. Here’s an overview of the key equipment used:
- [Best Practices in Designing a Magnet for Your Application](https://radialmagnet.com/best-practices-in-designing-a-magnet-for-your-application/): Designing an industrial magnet is a sophisticated process requiring careful consideration of material properties, desired magnetic field strength, shape, environmental factors, and specific functional requirements. With advancements in magnetic materials and manufacturing techniques, magnets are now integral to diverse applications, including electronics, automotive, robotics, renewable energy, and heavy machinery. Here’s a guide to the best practices for designing an industrial magnet tailored to your application.
- [Is the Pull Force the Same as the Push Force in Magnets?](https://radialmagnet.com/is-the-pull-force-the-same-as-the-push-force-in-magnets/): No, the pull force and push force of a magnet are not always the same, though they can be similar in certain conditions. The difference is due to the magnetic field interactions and how the forces manifest based on the objects involved and how they're oriented relative to the magnet.
- [The Importance of Magnets in Modern Manufacturing](https://radialmagnet.com/the-importance-of-magnets-in-modern-manufacturing/): The Importance of Magnets in Modern Manufacturing
- [A Comprehensive Comparison of Magnet Types: Pros and Cons](https://radialmagnet.com/a-comprehensive-comparison-of-magnet-types-pros-and-cons/): Magnets play a crucial role in various applications, from everyday gadgets like speakers and motors to advanced medical devices and scientific equipment. There are several types of magnets, each with its unique properties, advantages, and disadvantages. Here’s a detailed comparison of the most common magnet types:
- [Magnet Fishing: The Rise of a Unique and Eco-Friendly Hobby](https://radialmagnet.com/magnet-fishing-the-rise-of-a-unique-and-eco-friendly-hobby/): Magnet fishing, once a niche activity, has evolved into a popular outdoor hobby, blending treasure hunting, environmentalism, and urban exploration. Armed with powerful magnets and ropes, enthusiasts of this activity scour lakes, rivers, and canals, pulling out all sorts of metal objects, from historical relics to discarded junk. The rise in magnet fishing’s popularity stems from a combination of factors, including its low entry cost, the allure of potential finds, and growing environmental awareness.
- [How to Pick the Right Magnet for Your Project](https://radialmagnet.com/how-to-pick-the-right-magnet-for-your-project/): How to Pick the Right Magnet for Your Project
- [The Role of Neodymium Magnets in Modern Electronics](https://radialmagnet.com/the-role-of-neodymium-magnets-in-modern-electronics/): Neodymium magnets, a type of rare-earth magnet, have revolutionized modern electronics due to their remarkable strength, durability, and compact size. Composed primarily of neodymium (Nd), iron (Fe), and boron (B), these magnets were first developed in the early 1980s and have since become indispensable in a wide range of electronic devices. Their exceptional magnetic properties stem from their high resistance to demagnetization and their ability to produce strong magnetic fields, even in small volumes.
- [The Importance of Magnet Supply Chains in Modern Industry](https://radialmagnet.com/the-importance-of-magnet-supply-chains-in-modern-industry/): In today's interconnected and technologically advanced world, magnets play an indispensable role across various industries. From consumer electronics and automotive manufacturing to renewable energy and medical devices, the demand for high-performance magnets is on the rise. However, the supply chains that deliver these critical components are facing increasing scrutiny and challenges. This article delves into the significance of magnet supply chains, their complexities, and the strategies needed to ensure their resilience and sustainability.
- [The Advantages of Neodymium Magnets Over Other Materials](https://radialmagnet.com/the-advantages-of-neodymium-magnets-over-other-materials/): Neodymium magnets, a type of rare-earth magnet, have become an essential component in various industries due to their remarkable properties. These magnets, composed primarily of neodymium, iron, and boron (NdFeB), are renowned for their exceptional strength and versatility. Here, we explore the advantages of neodymium magnets over other magnetic materials, highlighting why they are often the preferred choice in many applications.
- [Our Guide to Buying Magnets](https://radialmagnet.com/our-guide-to-buying-magnets/): Magnets are essential components in various industries, including manufacturing, electronics, healthcare, and more. This guide will help you understand the different types of magnets, their properties, applications, and what to consider when purchasing them.
- [The Current State of the Neodymium Magnet Industry](https://radialmagnet.com/the-current-state-of-the-neodymium-magnet-industry/): Neodymium magnets, also known as NdFeB magnets, are the strongest type of permanent magnets available today. They are made from an alloy of neodymium, iron, and boron (Nd2Fe14B). Since their development in the 1980s, these magnets have become essential components in a wide range of applications, from consumer electronics to industrial machinery. This article explores the current state of the neodymium magnet industry, examining market trends, production, technological advancements, and challenges.
- [The Importance of Neodymium Magnets](https://radialmagnet.com/the-importance-of-neodymium-magnets/): Neodymium magnets, also known as NdFeB, NIB, or Neo magnets, are the most widely used type of rare-earth magnets. Composed primarily of an alloy of neodymium, iron, and boron, these magnets are known for their exceptional strength and versatility. Since their development in the early 1980s, neodymium magnets have revolutionized numerous industries, playing a critical role in advancing technology and improving product performance. This article explores the importance of neodymium magnets, highlighting their applications, advantages, and the impact they have on modern society.
- [The Danger Within: Swallowing Magnets Can Be a Serious Health Risk](https://radialmagnet.com/the-danger-within-swallowing-magnets-can-be-a-serious-health-risk/): The Danger Within: Swallowing Magnets Can Be a Serious Health Risk
- [Demystifying Magnet Grades: Understanding the Strengths and Uses of Different Magnetic Materials](https://radialmagnet.com/demystifying-magnet-grades-understanding-the-strengths-and-uses-of-different-magnetic-materials/): Magnets play a crucial role in modern technology, from powering electric motors to enabling data storage in hard drives. One key factor that determines a magnet's performance is its grade, which indicates the material's magnetic properties. Understanding magnet grades is essential for choosing the right magnet for a specific application. In this article, we'll explore the different magnet grades, their characteristics, and common applications.
- [The Role of Magnets in Modern Manufacturing](https://radialmagnet.com/the-role-of-magnets-in-modern-manufacturing/): Magnets have been a crucial part of manufacturing processes for centuries, offering a wide range of applications that contribute to efficiency, precision, and innovation in various industries. From simple tools to complex systems, magnets play a vital role in shaping modern manufacturing. Here, we explore the use of magnets in manufacturing and their impact on industry.
- [Unveiling the Power of SmCo Magnets: A Comprehensive Guide to Their Composition, Properties, and Applications](https://radialmagnet.com/unveiling-the-power-of-smco-magnets-a-comprehensive-guide-to-their-composition-properties-and-applications/): Unveiling the Power of SmCo Magnets: A Comprehensive Guide to Their Composition, Properties, and Applications
- [The Versatile World of Ferrite Magnets: Applications and Benefits in Modern Electronics](https://radialmagnet.com/the-versatile-world-of-ferrite-magnets-applications-and-benefits-in-modern-electronics/): Ferrite magnets, also known as ceramic magnets, are a type of permanent magnet made from a combination of iron oxide and barium or strontium carbonate. These magnets are widely used in various industries, particularly in electronics, due to their excellent magnetic properties and cost-effectiveness. Let's delve into the fascinating world of ferrite magnets, exploring their applications and benefits in the realm of modern electronics.
- [Alnico Magnets: A Closer Look at Their History, Properties, and Applications](https://radialmagnet.com/alnico-magnets-a-closer-look-at-their-history-properties-and-applications/): Alnico Magnets: A Closer Look at Their History, Properties, and Applications
- [Unlocking the Power of Neodymium Magnets: A Marvel of Modern Engineering](https://radialmagnet.com/unlocking-the-power-of-neodymium-magnets-a-marvel-of-modern-engineering/): Unlocking the Power of Neodymium Magnets: A Marvel of Modern Engineering
- [The Magnetic Marvel: Unveiling the Wonders of Neodymium Magnets](https://radialmagnet.com/the-magnetic-marvel-unveiling-the-wonders-of-neodymium-magnets/): The Magnetic Marvel: Unveiling the Wonders of Neodymium Magnets
- [Looking Forward Into 2024: Predictions for the Magnet Industry](https://radialmagnet.com/looking-forward-2024-predictions-for-the-magnet-industry/): Welcome to 2024! Here are some predictions for our industry: Advancements in Magnet Technology: The magnet industry has seen continuous research and development in recent years. Advances in materials science and manufacturing techniques could lead to the creation of more powerful and efficient magnets. Miniaturization of Electronic Devices: As electronic devices continue to shrink in size, there may be an increased demand for smaller and more powerful magnets. This could drive innovation in magnet design and fabrication to meet the specific requirements of miniaturized technologies. Renewable Energy Technologies: Magnets play a crucial role in various renewable energy technologies such as wind turbines and electric vehicles. Continued growth in the renewable energy sector may drive demand for specialized magnets designed for energy-efficient applications. Rare Earth Element Supply Chain Concerns: Many magnets, particularly those used in certain high-performance applications, rely on rare earth elements. Issues related to the supply chain, geopolitical factors, or efforts to develop alternative materials may impact the industry. Magnetic Levitation Technology: Magnetic levitation (maglev) technology is used in transportation systems and other applications. Ongoing research and potential commercialization of maglev technologies may influence the magnet industry. Medical and Healthcare Applications: Magnets are used in various medical devices, including magnetic resonance imaging (MRI) machines. Advances in medical technology and an aging population could contribute to increased demand for magnets in healthcare applications. Environmental Sustainability: Industries are increasingly focusing on environmentally sustainable practices. This could lead to the development of eco-friendly magnet production processes and the exploration of alternative materials that are more sustainable. Global Economic Factors: The magnet industry, like any other, may be influenced by broader economic trends, trade policies, and geopolitical developments. Economic stability or instability in key regions can impact production, demand, and pricing.
- [The Magnetic Touch: Magnets Revolutionizing Manufacturing Processes](https://radialmagnet.com/the-magnetic-touch-magnets-revolutionizing-manufacturing-processes/): Introduction:
- [The State of the Magnetics Industry: Current Trends and Future Prospects](https://radialmagnet.com/the-state-of-the-magnetics-industry-current-trends-and-future-prospects/): The magnetics industry plays a pivotal role in powering a wide range of modern technologies, from consumer electronics to renewable energy systems. As we navigate the complexities of the 21st century, the demand for magnetic materials and technologies continues to rise, driven by advancements in various sectors. In this article, we'll explore the current state of the magnetics industry, examining key trends, challenges, and future prospects.
- [Ferrite Magnets: Unveiling the Power of Ceramic Magnets](https://radialmagnet.com/ferrite-magnets-unveiling-the-power-of-ceramic-magnets/): Magnets play a crucial role in our daily lives, from the humble refrigerator magnet to the high-tech applications in modern electronics. Among the diverse types of magnets available, ferrite magnets, also known as ceramic magnets, stand out for their unique properties and widespread applications. Let's delve into the world of ferrite magnets to understand their composition, properties, and various uses.
- [Harnessing the Power of Attraction: Magnets in Consumer Electronics](https://radialmagnet.com/harnessing-the-power-of-attraction-magnets-in-consumer-electronics/): Introduction:
- [The Ubiquitous Magnet: A Force Shaping Our World](https://radialmagnet.com/the-ubiquitous-magnet-a-force-shaping-our-world/): Magnets, those mesmerizing materials that attract and repel with an invisible force, have been a source of fascination and intrigue for centuries. Their unique properties have led to a myriad of applications that span the realms of science, technology, and everyday life. From the tiny magnets powering our electronic devices to the massive electromagnets driving our power grids, magnets are silently shaping our world in countless ways.
- [How To Choose The Right Magnet for Your Project](https://radialmagnet.com/how-to-choose-the-right-magnet-for-your-project/): Choosing the right magnet for your project depends on various factors, including the application, environment, and specific requirements of your project. Here are some steps to help you select the appropriate magnet:
- [How Are Neodymium Magnets Made?](https://radialmagnet.com/how-are-neodymium-magnets-made/): Neodymium magnets, also known as neodymium-iron-boron (NdFeB) magnets, are some of the strongest permanent magnets available today. They are typically made through a multi-step process involving the following steps:
- [The Future of Magnetics: Paving the Way for Innovation](https://radialmagnet.com/the-future-of-magnetics-paving-the-way-for-innovation/): Introduction
- [The Important Role Neodymium Magnets Play In Products We Use Everyday](https://radialmagnet.com/the-important-role-neodymium-magnets-play-in-products-we-use-everyday/): Neodymium magnets, often referred to as rare-earth magnets, are a type of permanent magnet made from an alloy of neodymium, iron, and boron. They are incredibly powerful magnets with a high magnetic field strength, making them vital components in a wide range of everyday technologies. Here's how neodymium magnets play a crucial role in various applications:
- [How Durable Are Magnets?](https://radialmagnet.com/how-durable-are-magnets/): The durability of magnets depends on several factors, including the type of magnet, the material it is made of, the environmental conditions it is exposed to, and how it is used. In general, magnets can be quite durable and long-lasting if properly handled and cared for, but they can also be susceptible to damage under certain circumstances.
- [What Metals Are Magnetic?](https://radialmagnet.com/what-metals-are-magnetic/): Magnetism is a property exhibited by certain materials that enables them to attract or repel other materials. When we talk about metals, their magnetic properties can vary widely depending on the specific metal and its atomic structure. Here's a general overview of the magnetic behavior of metals:
- [Explaining the Different Heat Tolerances in Magnets](https://radialmagnet.com/explaining-the-different-heat-tolerances-in-magnets/): Magnets can exhibit different heat tolerances depending on their composition and manufacturing process. The heat tolerance of a magnet refers to its ability to withstand high temperatures without significant loss of magnetic properties or structural integrity. Here are some common types of magnets and their respective heat tolerances:
- [Let’s Talk About The Many Benefits of Neodymium Magnets](https://radialmagnet.com/lets-talk-about-the-many-benefits-of-neodymium-magnets/): Neodymium magnets, also known as rare-earth magnets, are a type of permanent magnet made from an alloy of neodymium, iron, and boron. These magnets possess several benefits that make them highly desirable for various applications. Here are some of the key benefits of neodymium magnets:
- [What is a True Radial Magnet?](https://radialmagnet.com/what-is-a-true-radial-magnet/): True radial magnets, also known as radial magnet rings or radial magnet discs, are a type of permanent magnet that have their poles arranged radially around the circumference of the magnet. This unique design provides several advantages over traditional magnets, including increased magnetic flux density and a more uniform magnetic field.
- [The Future of Magnetics](https://radialmagnet.com/the-future-of-magnetics/): Magnets have been an integral part of our lives for centuries, and they continue to play a significant role in our modern world. From simple refrigerator magnets to high-tech magnetic levitation trains, magnets have enabled many innovative technologies. The future of magnets looks even more promising, as researchers are exploring new applications and novel materials with extraordinary magnetic properties.
- [The Volatility of Neodymium Pricing](https://radialmagnet.com/the-volatility-of-neodymium-pricing/): Neodymium is a rare earth element that is widely used in various industries such as electronics, automotive, and renewable energy. It is a key component in the production of permanent magnets, which are used in motors for electric vehicles, wind turbines, and other applications.
- [Magnets Have Revolutionized The Transportation Industry!](https://radialmagnet.com/magnets-have-revolutionized-the-transportation-industry/): Magnets are a fascinating technology that has been utilized in a wide range of applications, including transportation. Magnetic levitation (Maglev) trains, for example, are a type of train that uses powerful magnets to lift and propel the train above the tracks. This technology is not only efficient and fast, but it also offers a smoother ride compared to traditional trains.
- [Let’s Explore Magnet Fishing](https://radialmagnet.com/lets-explore-magnet-fishing/): Magnet fishing is a unique and exciting hobby that has gained a lot of popularity in recent years. This activity involves using a powerful magnet to retrieve metal objects from bodies of water, such as lakes, rivers, and canals. The objects that can be found while magnet fishing vary widely, from old coins and jewelry to bicycles and even firearms. In this article, we will explore what magnet fishing is, how it works, and why it has become such a popular pastime.
- [The Wide Variety of Applications You Will Find a Neodymium Magnet In](https://radialmagnet.com/the-wide-variety-of-applications-you-will-find-a-neodymium-magnet-in/): Neodymium magnets are the strongest type of permanent magnet and are used in a wide variety of applications. Some of the most common uses of neodymium magnets include:
- [Debunking Myths About Magnets](https://radialmagnet.com/debunking-myths-about-magnets/): There are many myths and misconceptions about magnets, and it's important to understand the truth behind them. Here are a few common myths about magnets and the facts that debunk them:
- [Neodymium Magnets Simply Explained…](https://radialmagnet.com/neodymium-magnets-simply-explained/): Neodymium magnets, also known as NdFeB magnets, are a type of rare earth magnet that are made of an alloy of neodymium, iron, and boron. They are the strongest type of permanent magnet available and are used in a wide range of applications, including:
- [The Benefits of SmCo Magnets: A Comprehensive Guide](https://radialmagnet.com/the-benefits-of-smco-magnets-a-comprehensive-guide/): Magnet technology has come a long way since its inception. With the advent of new materials and production techniques, magnets have become more powerful and versatile than ever before. One such type of magnet is the SmCo magnet, which has been gaining popularity in recent years due to its high energy and low cost. In this blog post, we will explore the benefits of SmCo magnets and how they can be used in a variety of applications.
- [Who’s Going to MD&M West?](https://radialmagnet.com/whos-going-to-mdm-west/): Who’s joining us at MD&M West? We will be there on Tuesday and Wednesday! Reach out to us if you will be there so we can meet up! ????
- [Neodymium Magnets: A Comprehensive Guide](https://radialmagnet.com/neodymium-magnets-a-comprehensive-guide/): Neodymium Magnets: A Comprehensive Guide
- [Industrial Use of Magnets](https://radialmagnet.com/industrial-use-of-magnets/): Magnets are much more than mere toys; in fact, there are many industrial and business applications for this powerful technology. From medicine and manufacturing to heavy industry, magnets are used in a wide variety of settings. The unique characteristics of magnetic fields make magnets the perfect choice for studying everything from the inner workings of the galaxy to the inner workings of the human body.
- [Let’s Show Some Love For Alnico Magnets](https://radialmagnet.com/lets-show-some-love-for-alnico-magnets/): As we all know neodymium magnets are the most commonly talked about magnets in recent times. This is due mainly to their amazing pull strength and small size. The disadvantage of the neodymium magnet is its heat tolerance.  Although you can use coatings and different grades to increase the heat tolerance, one magnet that doesn't get considered enough is the Alnico magnet. Alnico magnets are a great choice for very high-temperature applications, with grades capable of operating at temperatures up to 550 degrees C (1022 degrees F). The only disadvantage to Alnico magnets is their lower pull strength when comparing a similar size neodymium magnet. Alnico magnets are generally stronger than regular ceramic magnets, they are also electrically conductive, unlike ceramic magnets. Reach out to us with your proposed application and we will be happy to discuss and recommend the proper magnet.
- [Ferrite (Ceramic) Vs. Neodymium Magnets](https://radialmagnet.com/ferrite-ceramic-vs-neodymium-magnets/): We are asked daily about the difference between Ferrite (Ceramic) and Neodymium magnets.

## Pages
- [Technical Resource Library](https://radialmagnet.com/technical-resource-library/): Fifteen engineering and procurement guides written by our team — from preparing your first custom-magnet RFQ to Halbach array design. No signup, no gate.
- [Magnet Buyers Guide](https://radialmagnet.com/resources/magnet-buyers-guide/): Home »
- [Magnets for Industrial Automation](https://radialmagnet.com/about-us/magnets-for-industrial-automation/): Industrial automation, robotics, and factory systems rely on precise, reliable magnets in sensors, motors, actuators, and holding systems. Radial Magnets supplies both standard and custom configurations to engineering teams designing the next generation of industrial equipment.
- [Magnets for EV & Automotive](https://radialmagnet.com/about-us/magnets-for-ev-automotive/): From sensor magnets in brake systems to ring magnets in EV traction motors, neodymium magnets are embedded in nearly every system in a modern vehicle. Radial Magnets has the grades, documentation, and quality infrastructure to serve Tier 1 and Tier 2 automotive suppliers.
- [Magnets for Medical Devices](https://radialmagnet.com/about-us/magnets-for-medical-devices/): Medical device engineers and procurement teams have requirements that go beyond spec sheets. Traceability, compliance documentation, consistency across lots, and a supplier that actually understands your application — that's what Radial Magnets delivers.
- [Case Studies](https://radialmagnet.com/resources/case-studies/): Real problems. Real solutions. Here's a look at how engineers and procurement teams have used Radial Magnets to solve challenging magnet applications. Details have been generalized to protect customer confidentiality.
- [Quality & Compliance](https://radialmagnet.com/about-us/quality-compliance/): Home »
- [Technical Resource Hub](https://radialmagnet.com/resources/technical-resource-hub/): Free engineering tools for specifying, sizing, and selecting neodymium magnets — from pull force calculations to coating selection and thermal derating.
- [How to Use Maggie](https://radialmagnet.com/meet-maggie/maggies-user-guide/): Skip to PDF content
- [Meet Maggie!](https://radialmagnet.com/meet-maggie/): Say Hi to Maggie! Our AI-assisted magnet search companion Maggie is an AI-powered magnet specialist built directly into the Radial Magnets website. She connects to our inventory and uses natural conversation to help customers find exactly the right magnet — by shape, dimensions, grade, part number, or application. Please note that Maggie is in beta and you will most likely get some odd responses and errors. Feel free to call our sales staff @ 561-392-2103 ext 408 or by email for assistance Your AI Magnet Specialist ↺ Restart
- [Sitemap](https://radialmagnet.com/sitemap/): PostsState of the Magnetics Industry: July 2026 Update (July 6, 2026)Introducing the New Radial Magnets Technical Resource Hub (June 25, 2026)Introducing Three New Tools We Built to Make Magnet Sourcing Easier (June 23, 2026)The Current State of the Magnetics Industry: Supply Risk, Pricing Pressure, and a New Era of Strategic Sourcing (June 17, 2026)The State of the Magnetics Industry After Trump’s Visit to China (May 20, 2026)The Current State of the Magnetics Industry: Pricing Pressure, Import Risk, and Supply Chain Uncertainty (May 12, 2026)The Critical Component Your Inventory Strategy Cannot Ignore (April 30, 2026)Busting Common Misconceptions About Magnetics (April 17, 2026)Choosing the Right Magnet: A Complete Comparison Guide for Engineers & Buyers (April 16, 2026)Importing Magnets in 2026: Why Smart Buyers Are Securing Supply Now (April 3, 2026)The Invisible Force Powering the Modern World: Magnetics Explained (March 24, 2026)How the Iran Conflict Could Impact the Price of Magnets (March 10, 2026)State of the Magnetics Industry (Feb 2026) What’s Driving the Next Cycle (February 26, 2026)Understanding Magnet Materials: Differences, Pros, and Cons (January 28, 2026)The Magnetics Industry Through a Procurement Lens (January 9, 2026)What to Look Forward To in 2026 in the World of Magnetics (January 5, 2026)Exporting High-Temperature Neodymium Magnets from China: What Buyers Need to Know (December 18, 2025)The State of the Magnetics Industry as of Dec 2025 (December 8, 2025)Wishing You a Happy Thanksgiving from Our Family To Yours! (November 21, 2025)The State of the Magnetics Industry as of November, 2025 (November 3, 2025)Scenario Analysis: China’s Latest Magnet Restrictions (Q4-2025 → 2027) (October 14, 2025)The State of the Magnetics Industry as of October 2025 (October 2, 2025)The State of the Rare Earth Magnet Industry – September 2025 (September 23, 2025)The Global Magnetics Industry in 2025: Growth, Shifts, and What Comes Next (September 4, 2025)The Current State of the Rare Earth Magnetics Industry - As of August 2025 (August 20, 2025)We've Moved! (July 30, 2025)Where We Currently Stand After the June 27th US-China Trade Truce on Rare-Earth Exports (July 7, 2025)Rare Earths Exports - New Trade Framework Unveiled (June 27, 2025)The Rare Earth Truce: What Was Agreed (June 16, 2025)A Groundbreaking Trade “Truce” Between the U.S. and China in Regards to Rare Earth Magnets (June 11, 2025)Breaking the Monopoly: Why Only China Can Produce Neodymium Magnets – And How Radial Magnets Is Changing That (June 3, 2025)Why It’s Crucial to Keep In-House Stock of Neodymium Magnets (May 22, 2025)Can Ferrite or Alnico Magnets Replace Neodymium? (May 21, 2025)China Tightens Grip on Rare Earth Magnet Exports: Global Industries on Alert (May 15, 2025)China’s Magnet Export Restrictions: What They Mean for the World (May 2, 2025)The Hidden Dangers of a Trade War in the Magnet Industry (April 24, 2025)Why the U.S. Still Can’t Manufacture Magnets — And Why That Matters (April 16, 2025)Magnetic Terminology and Their Meanings (March 20, 2025)Understanding Magnetic Assemblies: Applications, Design, and Manufacturing (March 13, 2025)How Magnets Work in Electric Motors (February 25, 2025)The Impact of Potential Tariffs on Rare Earth Magnets (February 12, 2025)The Use of Magnets in Medical Devices: Advancing Healthcare with Magnetic Technology (February 10, 2025)Featured FAQ: Why You Cannot Cut, Grind or Machine a Finished Magnet (January 20, 2025)Understanding the Difference Between Radial and Diametrically Magnetized Magnets (January 9, 2025)Predictions for 2025 in the Magnetics Industry (January 3, 2025)Busting the Myth: Not All Metals Can Be Magnetized (December 20, 2024)How Gauss Measurement Works in Magnets (December 12, 2024)How a Sensor Magnet Works (December 11, 2024)The Fascinating World of Maglev Technology (December 9, 2024)The Use of Magnets in Modern Automobiles: Driving Efficiency and Innovation (December 4, 2024)Effective Ways to Demagnetize a Magnet (November 19, 2024)What Equipment is Used for Making a Neodymium Magnet? (November 7, 2024)Best Practices in Designing a Magnet for Your Application (November 5, 2024)Is the Pull Force the Same as the Push Force in Magnets? (November 4, 2024)The Importance of Magnets in Modern Manufacturing (November 1, 2024)A Comprehensive Comparison of Magnet Types: Pros and Cons (October 21, 2024)Magnet Fishing: The Rise of a Unique and Eco-Friendly Hobby (October 15, 2024)How to Pick the Right Magnet for Your Project (October 1, 2024)The Role of Neodymium Magnets in Modern Electronics (September 23, 2024)The Importance of Magnet Supply Chains in Modern Industry (July 24, 2024)The Advantages of Neodymium Magnets Over Other Materials (July 11, 2024)Our Guide to Buying Magnets (June 24, 2024)The Current State of the Neodymium Magnet Industry (June 17, 2024)The Importance of Neodymium Magnets (May 31, 2024)The Danger Within: Swallowing Magnets Can Be a Serious Health Risk (May 1, 2024)Demystifying Magnet Grades: Understanding the Strengths and Uses of Different Magnetic Materials (March 18, 2024)The Role of Magnets in Modern Manufacturing (March 15, 2024)Unveiling the Power of SmCo Magnets: A Comprehensive Guide to Their Composition, Properties, and Applications (March 1, 2024)The Versatile World of Ferrite Magnets: Applications and Benefits in Modern Electronics (February 21, 2024)Alnico Magnets: A Closer Look at Their History, Properties, and Applications (February 15, 2024)Unlocking the Power of Neodymium Magnets: A Marvel of Modern Engineering (February 9, 2024)The Magnetic Marvel: Unveiling the Wonders of Neodymium Magnets (January 16, 2024)Looking Forward Into 2024: Predictions for the Magnet Industry (January 2, 2024)The Magnetic Touch: Magnets Revolutionizing Manufacturing Processes (December 19, 2023)The State of the Magnetics Industry: Current Trends and Future Prospects (December 11, 2023)Ferrite Magnets: Unveiling the Power of Ceramic Magnets (December 4, 2023)Harnessing the Power of Attraction: Magnets in Consumer Electronics (November 29, 2023)The Ubiquitous Magnet: A Force Shaping Our World (November 7, 2023)How To Choose The Right Magnet for Your Project (October 17, 2023)How Are Neodymium Magnets Made? (October 6, 2023)The Future of Magnetics: Paving the Way for Innovation (September 19, 2023)The Important Role Neodymium Magnets Play In Products We Use Everyday (August 9, 2023)How Durable Are Magnets? (August 1, 2023)What Metals Are Magnetic? (July 7, 2023)Explaining the Different Heat Tolerances in Magnets (June 20, 2023)Let's Talk About The Many Benefits of Neodymium Magnets (June 12, 2023)What is a True Radial Magnet? (May 5, 2023)The Future of Magnetics (May 1, 2023)The Volatility of Neodymium Pricing (April 26, 2023)Magnets Have Revolutionized The Transportation Industry! (April 12, 2023)Let's Explore Magnet Fishing (April 5, 2023)The Wide Variety of Applications You Will Find a Neodymium Magnet In (March 22, 2023)Debunking Myths About Magnets (March 6, 2023)Neodymium Magnets Simply Explained... (February 21, 2023)The Benefits of SmCo Magnets: A Comprehensive Guide (February 13, 2023)Who's Going to MD&M West? 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(February 25, 2026)Ferrite (Ceramic) Block Magnet - L 48mm x W 8mm x T 5mm(A) (February 5, 2026)Neodymium Magnet Block N52 L .490" x W .295" x T .125"(A) (January 29, 2026)Neodymium Magnet Ring N48 OD 1/4" ID .096" x T .275"(A) (January 29, 2026)Neodymium Magnet Disk N35 10mm x 5mm(A) (January 28, 2026)Neodymium Magnet Ring N35 OD 15.80 ID 6.50mm x T 5mm(A) (January 27, 2026)Alnico 5 Rod Magnet - D1/8" x .4687"(A) (January 26, 2026)Neodymium Magnet 1.26" Diameter w/ Swivel Carabiner Hook (Holds Up to 30 lbs!) (December 5, 2025)Ferrite (Ceramic) Disk Magnet - 16mm x 2mm(A) (November 18, 2025)Neodymium Magnet Ring N52 OD 1" ID 3/16" T 1/8"(A) (November 18, 2025)Neodymium Magnet Ring N35 NiCuNi OD 18mm ID 3mm x 2mm(A) (October 27, 2025)Neodymium Magnet Disk N52 30mm x 2mm(A) (October 24, 2025)Neodymium Epoxy Coated Magnet Pot N35 A25 (October 21, 2025)Neodymium Magnet 1.42" Diameter w/ Swivel Carabiner Hook (Holds Up to 50 lbs!) (October 17, 2025)Neodymium Magnet Disk N52 D1/4” x 3/16”(A) (October 2, 2025)Neodymium Magnet Disk N35EH D1" x 1/4"(A) (September 10, 2025)Neodymium Magnet Block N42 3/4" x 3/4" x 1/4"(A) (September 5, 2025)Neodymium Magnet Disk N35 D4mm x 2mm(A) (August 13, 2025)Neodymium Magnet Disk N35 7mm x 3mm(A) (August 13, 2025)Epoxy Coated Neodymium Magnet Bar N35 - L 2.36" x W .53" x T .2"(A) with #4 Countersunk Holes (August 5, 2025)Neodymium Magnet Disk N35 D5mm x 2.5mm(A) (July 30, 2025)Neodymium Magnet Block N35 L40mm W40mm x T20mm (July 30, 2025)Neodymium Magnet Disk N35 8mm x 5mm(A) (July 22, 2025)Neodymium Magnet Disk N35 8mm x 1mm(A) (June 19, 2025)Epoxy Coated Neodymium Magnet Disk N35 30mm x 3mm(A) (June 19, 2025)Neodymium Magnet Disk N35 6mm x 2mm(A) (June 19, 2025)Set of 20mm Sewing Magnets (Pack of 2) (June 19, 2025)Neodymium Magnet Block N35 50MM x 10MM x 2mm(A) (June 12, 2025)Neodymium Magnet Block N35 L 15mm x W 5mm x T 2mm (June 12, 2025)Neodymium Magnet Block N35 L 10mm x W 4mm x T 2mm (June 12, 2025)Neodymium Magnet Block N35 L 6mm x W 3mm x T 2mm (June 12, 2025)Neodymium Magnet Rod N35 D3mm x 10mm(A) (June 12, 2025)Neodymium Magnet Block N35 25mm x 4mm x 3mm (June 12, 2025)Neodymium Magnet Disk N35 8mm x 2mm(A) (June 12, 2025)Neodymium Magnet Disk N35 10mm x 3mm(A) (June 12, 2025)Neodymium Magnet Disk N35 D20mm x 5mm(A) (June 12, 2025)Super Powerful Neodymium Magnet Disk N35 40mm x 10mm(A) (February 21, 2025)Neodymium Magnet Disk N35 25mm x 2mm(A) (February 21, 2025)Super Powerful Single-Sided 120mm Fishing Magnet (February 13, 2025)Ferrite (Ceramic) Ring Magnet - VIII OD: 45mm ID: 22mm T: 8mm(A) (January 28, 2025)Powerful Neodymium Magnet Disk N52 40mm x 20mm(A) (January 15, 2025)Neodymium Magnet Disk N35 15mm x 3mm(A) (January 2, 2025)Neodymium Magnet Disk N35 15mm x 1.5mm(A) (January 2, 2025)Neodymium Magnet Disk N35 18mm x 2mm(A) (January 2, 2025)Neodymium Magnet Disk N35 30mm x 3mm(A) (January 2, 2025)Neodymium Magnet Ring N35 NiCuNi OD 10mm x ID 4mm x T 3mm(A) (November 18, 2024)Neodymium Magnet Ring N35 NiCuNi OD 12mm x ID 4.2mm x 2.7mm(A) (November 18, 2024)Neodymium Epoxy Coated Magnet Pot N35 A32 (September 23, 2024)Premium Silicone Magnetic Door Stopper (In Black) 2 Pcs (August 20, 2024)Premium Silicone Magnetic Door Stopper (In White) 2 Pcs (August 20, 2024)43mm Rubber Coated Outdoor Magnetic Assembly Base (Holds Up to 24 lbs!) (August 20, 2024)Neodymium Magnet Ring N35 NiCuNi OD 25mm x ID 20mm x 5mm(A) (August 2, 2024)88mm Rubber Coated Outdoor Magnetic Assembly Base (Holds Up to 92 lbs!) (July 22, 2024)66mm Rubber Coated Outdoor Magnetic Assembly Base (Holds Up to 44 lbs!) (July 22, 2024)Neodymium Magnet .79"/ 20mm Diameter Fabric / Curtain Magnet with Removable Button (July 22, 2024)Neodymium Magnet 1" Diameter w/ Swivel Carabiner Hook (Holds Up to 20 lbs!) (July 22, 2024)Neodymium Magnet Bar N35 - L 1.57" x W .39" x T .19"(A) with Countersunk Holes (June 19, 2024)Neodymium Magnet Bar N35 - L 2.36" x W .53" x T .2"(A) with #4 Countersunk Holes (June 19, 2024)10 Pack of Silver Decorative Swing Magnet Hooks with 10lbs of holding force (June 18, 2024)10 Pack of Black Decorative Swing Magnet Hooks with 15lbs of holding force (June 18, 2024)Neodymium Magnet Pot N35 E42 With Hook (Holds Up to 65 lbs!) (April 9, 2024)10 Pack of Decorative Magnet Hooks with 14lbs of holding force (March 22, 2024)Neodymium Magnet Block N35 Epoxy Coated 60MM x 10MM x 3MM(A) (March 22, 2024)Neodymium Magnet Ring N35 NiCuNi OD 19mm x ID 14mm x 5mm(A) (March 21, 2024)Neodymium Magnet Block N35 15mm x 6mm x 2mm (March 8, 2024)Neodymium Magnet Disk N35 8mm x 3mm(A) (March 8, 2024)Neodymium Magnet Block N35 20mm x 5mm x 2mm (March 8, 2024)Neodymium Magnet Disk N35 20mm x 2mm(A) (March 8, 2024)Neodymium Magnet Disk N35 10mm x 10mm(A) (March 8, 2024)Neodymium Magnet Disk N35 12mm x 3mm(A) (March 8, 2024)Neodymium Magnet Block N35 40mm x 10mm x 5mm (March 8, 2024)Neodymium Magnet Block N35 10mm x 5mm x 2mm (March 8, 2024)Neodymium Magnet Ring N40 NiCuNi OD 8mm x ID 6mm x T 5mm(A) (November 1, 2023)Neodymium Magnet Ring N40 OD 6mm ID 4mm T 5mm(A) (November 1, 2023)Neodymium Magnet Block N35 60MM x 10MM x 5mm(A) With 3M Adhesive on the N side (October 23, 2023)Neodymium Magnet Block N35 60MM x 10MM x 3mm(A) With 3M Adhesive on the N side (October 23, 2023)Neodymium Magnet Disk N35 D1.26" x 1/8"(A) with 3m Adhesive on the N side (October 23, 2023)Neodymium Magnet Disk N35 20mm x 3mm(A) (October 23, 2023)Neodymium Magnet Disk N35 15mm x 2mm(A) (October 23, 2023)Neodymium Magnet Pot N35 E25 With Hook (Holds Up to 28 lbs!) (June 8, 2023)Powerful Double-Sided 60mm Fishing Magnet (May 19, 2023)Neodymium Magnet Pot N35H A16 (May 18, 2023)Neodymium Magnet Rod N35 D3/8" x 1 1/2"(A) (March 10, 2023)Neodymium Magnet Disk Sensor N35 D3mm(A) x 2.5mm | 100% sorted with a max 3-degree angle deviation (March 10, 2023)Neodymium Magnet Block N52 1.5” x ¼” x ¼”(A) (March 10, 2023)Neodymium Magnet Disk Sensor N35SH D4mm(A) x 2.5mm | 100% sorted with a max 3-degree angle deviation (March 10, 2023)Neodymium Magnet Pot N35 D1.19" X 0.19" Thick (March 10, 2023)Neodymium Magnet Ring N35SH OD 1/4" x ID 1/8" x 0.1"(A) (March 10, 2023)Neodymium Magnet Block N35SH 2" x 2"(A) x 1" (March 10, 2023)Neodymium Magnet Pot N35 D1.19" X 0.166" Thick w/Countersunk (March 9, 2023)SmCo5 Sensor Magnet Disk D.09" x .087"(A) (March 9, 2023)Neodymium Magnet Gold-Plated Disk N48 .0354" x .147"(A) (February 15, 2023)Neodymium Magnet Bar N35 - 2 1/2" x 3/4" x 3/8"(A) with #8 Countersunk Holes (January 16, 2023)Neodymium Magnet Ring N35 Gold Plated OD 8mm x ID 4.5 x T 4mm(A) (January 6, 2023)Ferrite (Ceramic) Block Magnet - 20mm x 8mm x 3mm(A) (November 9, 2022)Neodymium Magnet Disk N35 1/2" x 1/16"(A) with 3M Tape on N pole (November 7, 2022)Neodymium Magnet Disk N35 D.325" x 1/4"(A) (November 7, 2022)Neodymium Magnet Disk N42 D3.2mm x .75mm(A) (November 7, 2022)Alnico 5 Block Magnet - 2" x 1" x 3/8"(A) (November 7, 2022)Neodymium Magnet Ring Silver Plated N35 OD 4mm ID 1mm T 4mm (Unmagnetized) (November 1, 2022)Neodymium Magnet Block N35 1.8" x 1.5"(A) x .50" - Edges Eased 3/32 Radius (October 26, 2022)Neodymium Magnet Ring N35 OD .745" ID 0.336" x 0.125"(A) (October 11, 2022)Epoxy Coated Neodymium Magnet Ring N42 OD .375" ID 3/16" x 1.5"(A) (May 18, 2022)Neodymium Magnet Disk N35 D1" x 7/32"(A) (May 9, 2022)Neodymium Magnet Disk N45 D3/8" X 0.1"(A) (May 6, 2022)Neodymium Magnet Rod N35EH D.187" x .475"(A) (May 6, 2022)Neodymium Magnet Ring N35 OD 6.5mm x ID 4.5mm x T 1mm(A) (May 6, 2022)Neodymium Magnet Rod N35 D1/16" x 1/2"(A) (May 5, 2022)Neodymium Magnet Ring N35 Gold Plated OD 7mm x ID 4.2mm x 2mm(A) (May 5, 2022)Neodymium Magnet Disk N35 D5mm x 4mm(A) (May 5, 2022)Neodymium Magnet Block N35SH 12.7mm x 12.7mm x 2.29mm(A) (May 3, 2022)Neodymium Magnet Block N35SH 1/2" x 1/2" x .09"(A) (May 3, 2022)10 Pack of D5/8" x 3/4" Whiteboard / Push Pin / Refrigerator Magnets (May 3, 2022)Neodymium Magnet Gold-Plated Disk N35 D4.5mm x 1.5mm(A) (May 2, 2022)Neodymium Magnet Block N35 7/8" X 3/8" X 1/8"(A) (May 2, 2022)Epoxy Coated Neodymium Magnet Disk N40 D1/4" x 1/8"(A) (April 29, 2022)Neodymium Magnet Block N35SH 1.8" x 1.5"(A) x 1" (April 29, 2022)Neodymium Magnet Block N42 4" x 1" x 1/8"(A) With 3M Adhesive on 1 side (April 28, 2022)Ferrite (Ceramic) Block Magnet - L 48mm x W 22mm x T 6.3mm(A) (April 22, 2022)Ferrite (Ceramic) Disk Magnet - D1.5" x 1/8"(A) (April 22, 2022)Ferrite (Ceramic) Disk Magnet - D1" x 1/4"(A) (April 22, 2022)Neodymium Magnet Ring N35 OD 7mm x ID 5mm x 4mm(A) (April 18, 2022)Neodymium Magnet Ring N35 OD 14mm x ID 12mm x 5mm(A) (April 15, 2022)Neodymium Magnet Disk N40 D1/4" x 1/2"(A) (April 15, 2022)Neodymium Magnet Block N35 2" x 2" x .50"(A) (April 15, 2022)Ferrite (Ceramic) Ring Magnet - VIII OD: 1.75" ID: .85" T: 5/16"(A) (April 15, 2022)Neodymium Magnet Ring N35SH OD .75" ID.188" x .50"(A) (April 13, 2022)Neodymium Magnet Ring N35 OD 1.5" ID .1875" x 1/10"(A) C/S #6 (April 13, 2022)Neodymium Magnet Block N35 1" x 1" x 1"(A) (April 13, 2022)Neodymium Magnet Disk N42H D4.5mm(A) x 1.5mm (April 13, 2022)Neodymium Magnet Disk N35 D18.5mm x 9.5mm(A) (April 12, 2022)Neodymium Magnet Disk N35 D21.5mm x 9.5mm(A) (April 11, 2022)Neodymium Magnet Disk N35 D28.5mm x 9.5mm(A) (April 11, 2022)Neodymium Magnet Block N35 7/8" X 3/8"(A) X 1/8" (April 11, 2022)Alnico 5 Rod Magnet - D3/8" x 3"(A) (March 18, 2022)Ferrite (Ceramic) Block Magnet - 3" x 2" x 1/2"(A) (March 18, 2022)Ferrite (Ceramic) Block Magnet - 6" x 4" x 1"(A) (March 18, 2022)Neodymium Magnet Disk N48 D1/4" x 1/16"(A) (July 30, 2021)Neodymium Magnet Disk N40 D1/4" x 3/8"(A) (July 30, 2021)Neodymium Magnet Disk N52 D1" x 1/8"(A) (December 14, 2020)Neodymium Magnet Disk N52 D5/8" x 1/8"(A) (December 14, 2020)Neodymium Magnet Disk N52 D3/8" x 1/4"(A) (December 14, 2020)Neodymium Magnet Disk N52 D3/4" x 1/16"(A) (December 14, 2020)Neodymium Magnet Disk N52 D3/8" x 1/16"(A) (December 14, 2020)Neodymium Magnet Disk N52 D3/4" x 1/8"(A) (December 14, 2020)Neodymium Magnet Disk N52 D3/8" x 0.1"(A) (December 14, 2020)Neodymium Magnet Disk N52 D3/8" x 1/8"(A) (December 14, 2020)Neodymium Magnet Disk N52 D1/2" x 1/8"(A) (December 14, 2020)Neodymium Magnet Disk N52 D1/4" x 1/16"(A) (December 11, 2020)Neodymium Magnet Disk N52 D1/4" x 0.1"(A) (August 17, 2020)Neodymium Magnet Disk N52 D1/4" x 1/4"(A) (August 17, 2020)Neodymium Magnet Disk N52 D1/4" x 0.2"(A) (August 17, 2020)Neodymium Magnet Block N35 3/8" x 3/8" x 1/16"(A) (March 24, 2017)Neodymium Magnet Rod N35 D1/8" x 1/2"(A) (March 24, 2017)Neodymium Magnet Block N35 3/4" X 1/4" X 1/16" (A) (March 24, 2017)Neodymium Magnet Disk N35 D1/4" x 3/8"(A) (March 24, 2017)Neodymium Magnet Block N35 .875" x .375" x .125" (A) (March 24, 2017)Neodymium Magnet Disk N35SH D3/16" x 1/8"(A) (March 24, 2017)Neodymium Magnet Pot N35 D1.19" X 0.15" Thick (March 24, 2017)Neodymium Magnet Block N35 3" x 2" x 1/2"(A) (March 24, 2017)Neodymium Magnet Disk N35 D3mm x 5mm(A) (March 24, 2017)Neodymium Magnet Disk N42 D3/8" x 1/4"(A) (March 24, 2017)Neodymium Magnet Disk N35 D6.5mm X 4mm(A) (March 24, 2017)Neodymium Magnet Disk Sensor N35SH 8mm(A) X 2.5mm (March 15, 2017)Neodymium Magnet Disk Sensor N35SH D6mm(A) X 2.5mm (March 15, 2017)Neodymium Magnet Disk Sensor N35SH D8mm x 2.5mm(A) | 100% sorted with a max 3-degree angle deviation (March 15, 2017)Neodymium Magnet Disk Sensor N35SH D6mm x 2.5mm(A) | 100% sorted with a max 3-degree angle deviation (March 15, 2017)Neodymium Magnet Disk Sensor N35SH D4mm x 2.5mm(A) | 100% sorted with a max 3-degree angle deviation (March 15, 2017)Neodymium Magnet Rod Sensor N35SH D2mm x 8mm(A) | 100% sorted with a max 3-degree angle deviation (March 15, 2017)Neodymium Magnet Disk N35 D1/4" X 0.2"(A) (March 15, 2017)Neodymium Magnet Pot N35 B16 (March 15, 2017)Neodymium Magnet Disk N35 D3/8" x 0.2"(A) (March 15, 2017)Neodymium Magnet Disk Sensor N35SH D4mm x 2.5mm(A) (March 15, 2017)Neodymium Magnet Disk Sensor N35SH D8mm x 2.5mm(A) (March 15, 2017)Neodymium Magnet Disk Sensor N35SH D6mm x 2.5mm(A) (March 15, 2017)Neodymium Magnet Disk Sensor N35SH D4mm x 8mm(A) (March 15, 2017)Neodymium Magnet Disk Sensor N35SH D2mm x 8mm(A) (March 15, 2017)SmCo5 Magnet Disk Sensor D6mm(A) x 3.0mm (March 15, 2017)Neodymium Magnet Disk Sensor N35 D6mm(A) x 3mm (March 15, 2017)Neodymium Magnet Disk Sensor N35 D6mm(A) x 2.5mm (March 15, 2017)Neodymium Magnet Block N35 3/4" x 3/8" x 3/8"(A) (March 15, 2017)Neodymium Magnet Pot N35 A25 (March 15, 2017)Neodymium Magnet Rod N35 D1/4" x 1"(A) (March 15, 2017)Neodymium Magnet Disk N35 D1/2" X 1/4"(A) (March 15, 2017)Neodymium Magnet Block N35 1/4" x 1/4" x 1/4"(A) (March 15, 2017)Neodymium Magnet Disk N35 D3/8" x 1/16"(A) (March 15, 2017)Neodymium Magnet Disk Sensor N35SH D8mm x 8mm(A) (March 15, 2017)Neodymium Magnet Disk Sensor N35SH D6mm x 8mm(A) (March 15, 2017)Neodymium Magnet Block N35 1" x 1/4" x 3/16"(A) (March 15, 2017)Neodymium Magnet Block N42 2" x 2" x 1"(A) (March 15, 2017)Neodymium Magnet Disk N35 D5mm x 7mm(A) (March 15, 2017)Neodymium Magnet Disk N35 D1/2"x 3/16"(A) (March 15, 2017)Neodymium Magnet Disk N48 D3/8" x 0.1"(A) (March 15, 2017)Neodymium Magnet Disk N35 D1" x 1/32"(A) (March 15, 2017)Neodymium Magnet Disk N35 D2mm x 1mm(A) (March 15, 2017)Neodymium Magnet Disk N35 D1mm x 1mm(A) (March 15, 2017)Neodymium Magnet Block N42 2" x 1" x 1/2"(A) (March 15, 2017)Neodymium Magnet Ring N35 OD.75" ID.135" x 1/8"(A) C/S #6 (March 15, 2017)Neodymium Magnet Pot N35 B75 (March 15, 2017)Neodymium Magnet Pot N35 B60 (March 15, 2017)Neodymium Magnet Pot N35 B48 (March 15, 2017)Neodymium Magnet Pot N35 B42 (March 15, 2017)Neodymium Magnet Pot N35 B32 (March 15, 2017)Neodymium Magnet Pot N35 B25 (March 15, 2017)Neodymium Magnet Pot N35 B20 (March 15, 2017)Neodymium Magnet Pot N35 A32 (March 15, 2017)Neodymium Magnet Pot N35 A20 (March 15, 2017)Neodymium Magnet Pot N35 A16 (March 15, 2017)Neodymium Magnet Rod N35 D1/2" X 3/4"(A) (March 15, 2017)Neodymium Magnet Disk N35 D1/4" X 1/16" (A) (March 15, 2017)Neodymium Magnet Disk N35 D3/8" X 1/8"(A) (March 15, 2017)Neodymium Magnet Disk N35 D1/4" x 1/8"(A) (March 15, 2017)Neodymium Magnet Disk N35 D1/2" X 1/2"(A) (March 15, 2017)Neodymium Magnet Disk N35 D1" x 1/8"(A) (March 15, 2017)Neodymium Magnet Disk N35 D5/8" x 5/16"(A) (March 15, 2017)Neodymium Magnet Disk N35 D1/2" X 0.1"(A) (March 15, 2017)Neodymium Magnet Rod N35 D3/16" x 1"(A) (March 15, 2017)Neodymium Magnet Disk N35 D1/2" X 3/8" (A) (March 15, 2017)Neodymium Magnet Disk N35 D3/16" x 1/4"(A) (March 15, 2017)Neodymium Magnet Disk N35 D1/2" x 0.20"(A) (March 15, 2017)Neodymium Magnet Disk N35 D5/8" x 1/8"(A) (March 15, 2017)Neodymium Magnet Disk N35 D5/8" x 1/16"(A) (March 15, 2017)Neodymium Magnet Disk N35 D1" x 1/4"(A) (March 15, 2017)Neodymium Magnet Disk N35 D3/4" x 3/8"(A) (March 15, 2017)Neodymium Magnet Disk N35 D1" x 3/8"(A) (March 15, 2017)Neodymium Magnet Rod N35 D3/8" X 1"(A) (March 15, 2017)Neodymium Magnet Rod N35 D3/8" x 3/4" (A) (March 15, 2017)Neodymium Magnet Disk N35 D3/8" X 1/4"(A) (March 15, 2017)Neodymium Magnet Disk N35 D3/4" X 1/16"(A) (March 15, 2017)Neodymium Magnet Disk N35 D5/16" x 1/16" (A) (March 15, 2017)Neodymium Magnet Block N35 1" x 1/4"(A) x 1/8" (March 15, 2017)Neodymium Magnet Block N45 1" X 1/4" X 1/8"(A) (March 15, 2017)Neodymium Magnet Ring N35 OD 0.6" ID 3/16" x 1/8"(A) (March 15, 2017)Neodymium Magnet Disk N40 1/8" x 1/8"(A) (March 15, 2017)Neodymium Magnet Disk N35 D5/8" x 1/4"(A) (March 15, 2017)Neodymium Magnet Disk N35 D1/8" x 1/16"(A) (March 15, 2017)Neodymium Magnet Block N35 1" x 3/8" x 1/16"(A) (March 15, 2017)Neodymium Magnet Block N35 1" x 5/16"(A) x 1/4" (March 15, 2017)Neodymium Magnet Block N35 2" x 1" x 1/8"(A) (March 15, 2017)Neodymium Magnet Block N35 1" x 1" x 1/16"(A) (March 15, 2017)Neodymium Magnet Disk N35 D3/4" x 3/16" (A) (March 15, 2017)Neodymium Magnet Disk N35 D1/2" x 1/8"(A) (March 15, 2017)Neodymium Magnet Rod N35 D1/4" X 3/4" (A) (March 15, 2017)Neodymium Magnet Disk N35 D3/16" x 1/8"(A) (March 15, 2017)Neodymium Magnet Disk N35 D3mm x 1mm(A) (March 15, 2017)Neodymium Magnet Disk N35 D3mm x 1.5mm(A) (March 15, 2017)Neodymium Magnet Disk N35 D3/4" x 1/8"(A) (March 15, 2017)Neodymium Magnet Disk N35 D1" x 1/16"(A) (March 15, 2017)Neodymium Magnet Disk N35 D25mm x 5mm(A) (March 15, 2017)Neodymium Magnet Disk N35 D1/2" X 1/16"(A) (March 15, 2017)Neodymium Magnet Disk N35 D3/8" x 3/8"(A) (March 15, 2017)Neodymium Magnet Disk N35 D3/8" X 0.1"(A) (March 15, 2017)Epoxy Coated Neodymium Magnet Disk N42 D1/4" x 0.1"(A) (March 15, 2017)Neodymium Magnet Disk N35 D1/4" x 0.1"(A ) (March 15, 2017)Neodymium Magnet Disk N35 D1/8" x 1/8"(A) (March 14, 2017)Neodymium Magnet Disk Sensor N35 D6mm(A) X 3mm | 100% sorted with a max 3-degree angle deviation (January 18, 2017)Neodymium Magnet Disk Sensor N35 D6mm(A) x 2.5mm | 100% sorted with a max 3-degree angle deviation (January 18, 2017)Neodymium Magnet Ring N35 OD1.24" ID0.95" x 0.19"(A) (January 18, 2017)Neodymium Magnet Pot N35 A42 (January 18, 2017)Neodymium Magnet Disk N35 D5/8" x 3/8"(A) (January 18, 2017)Neodymium Magnet Block N35 2" x 1" x 1/4"(A) (January 13, 2017)Neodymium Magnet Block N35 3/4" x 1/4" x 1/4"(A) (January 13, 2017)Neodymium Magnet Block N35 1" x 1/2" x 1/8"(A) (January 12, 2017)CategoriesMagnetsNewsTags2024 Magnet News2024 Magnetic Predictions20252025 Magnet News2026 Magnet NewsAlnicoAlnico MagnetAlnico MagnetsAre Magnets Durable?AssembliesCant Cut?Ceramic 8Ceramic MagnetsCeramic VIIIChoosing the right magnetDangers of MagnetsDemagnetizeDesign 2 PartDesign a magnetDiametrically magnetizedDurability of MagnetsDurable MagnetsElectronicsExportingFeatured FAQFerrite MagnetsFerromagnetic MetalsFishing With MagnetsFuture of MagnetsGauss in MagnetsGuide to Buying MagnetsGuide to MagnetsHappy ThanksgivingHi Temp MagnetsHigh Temp MagnetsHoliday MessageHow toIFEIFE 2024Importing magnetsIMTSIMTS2022Industrial MagnetsIndustrial UsageInternational Fastener ExpoMaglevMagnatizeMagnet ApplicationsMagnet AssembliesMagnet Buyers GuideMagnet CalculatorMagnet ComparisonMagnet DangersMagnet DesignerMagnet ExportsMagnet FactsMagnet FAQsMagnet FishingMagnet GaussMagnet GradesMagnet Making EquipmentMagnet MisconceptionsMagnet MythsMagnet NewsMagnet PricingMagnet ResourcesMagnet RestrictionsMagnet SourcingMagnet Supply ChainMagnet TariffsMagnet TermsMagnet TrendsMagnet Type ComparisonMagnet TypesMagnetic ApplicationsMagnetic AssemblyMagnetic GuideMagnetic LevitationMagnetic Pull ForceMagnetic SensorsMagnetic StorageMagneticsMagnetismMagnetizeMagnetizing metalMagnetsMagnets and ElectronicsMagnets and ManufacturingMagnets for sensorsMagnets in Electric MotorsMagnets in IndustryMagnets in medicineMagnets in usemagnets used in medical devicesMaking MagnetsMaking magnets in the USMD&M WestMedical Magnet Applicationsmedical magnetsMetals are magneticModern MagnetsNeodymiumNeodymium MagnetNeodymium MagnetsPrices of MagnetsPull ForceRadial MagnetRadial MagnetsRadially MagnetizedRare Earth ExportsRare Earth MagnetsRare Earth TariffsRare Earth TruceResourcesSamarian CoboltSamarian Cobolt MagnetsSensor MagnetsSmCoSmCo MagnetsSourcingState of the Magnetics IndustryStock up on magnetsTrade ShowTruce with ChinaTrue Radial MagnetUse of MagnetsUse of magnets in automobilesWarning About MagnetsWe Know MagnetsProduct categoriesNeodymium MagnetsN50N52Alnico MagnetsBlocksDisksRodsAlso@DigikeySensor MagnetsRing MagnetsPot MagnetsMetric MagnetsDisk & Rod MagnetsBlock MagnetsBlock & Bar MagnetsMetric9/16" To 2" Thick3/8" To 1/2" Thick3/16" To 5/16" Thick1/32" To 1/8" ThickCeramic / Ferrite MagnetsRodRingDiskBlockClearance / On SaleDisk & Rod MagnetsMetric1/2" To 1.5" Diameter3/16" To 7/16" Diameter1/32" To 1/8" DiameterDoor MagnetsFabric / Curtain MagnetsFishing MagnetsMagnetic HooksPot Magnets / Mounting MagnetsModel EBarPot SlimlineModel BModel APush Pin MagnetsRing MagnetsMetricSensor MagnetsMetricProduct tags.31".31" Diameter.39 Long.39" Diameter.47" Diameter.5" x .5" x .09".50".59" Diameter.59" Long.70" OD.78" Diameter.78" Long.875" x .375" x .125" (A)#6 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.26" In Diameter1.5" Long1.5" Wide1.57" Long1.5mm1.5mm thick1.65" Diameter1.8" Long1"1" Diameter1" Length1" Long1" OD Ring1" wide1" x 1" x 1/16"(A)1" x 1/2" x 1/8"(A)1" X 1/4" X 1/8"(A)1" x 1/4" x 3/16"(A)1" x 1/4"(A) x 1/8"1" x 1/8"1" x 2" x 1/2"(A)1" x 3/8" x 1/16"(A)1" x 5/16(A) x 1/4"1"x1"x1"1/16"1/2"1/2" Thickness1/32" thick1/4 x 1/2(A)1/4"1/4" Diameter1/4" Ring1/4" thick1/4" Thickness1/4" x 1/4" x 1/4"(A)1/8" Thick1/8" Thickness1/8" x 1/8"(A)10 Pack of Fridge Magnets10 Pack of Hooks100-200lbs pull force100% Sorted10mm10mm Diameter10mm OD10mm x 10mm12mm12mm OD12mm x 3mm14mm ID15mm15mm diameter16mm18.5mm18mm diameter19mm OD2 x 2 x.502.36" Long2"2" x 1" x 1/4"(A)2" x 1" x 1/8"(A)2" x 2" x 1"(A)2" x 2"(A) x 1"200lbs + Pull Force20mm20mm Disk20mm sewing magnet20mm x 2mm21.5mm22mm Diameter22mm Rubber Coated25mm25mm diameter28.5mm2mm2mm thick3"3" x 2" x 1/2"(A)3/4" Length3/4" x 1/4" x 1/16"(A)3/4" x 1/4" x 1/4"(A)3/4" x 3/8" x 3/8"(A)3/8"3/8" Diameter3/8" x 1/4"30mm32mm3m tape3mm3mm thickness4.5mm4" in length40mm40mm diameter40mm long42mm45mm OD5/8" Diameter50mm long5mm Diameter5mm Thick6" x 4" x 1"(A)60mm6946852704786946852704856946852705086946852705156946852705226946852705396946852705466946852705536946852705606946852705916946852706076946852706146946852706216946852706386946852706456946852706526946852706696946852706906946852707066946852707136946852707206946852707376946852707446946852707516946852707686946852708437/8"75mm794969912619794969912626794969912633794969912640794969912657794969912664794969912671794969912688794969912695794969912701794969912718794969912725794969912732794969912749794969912756794969912763794969912770794969912787794969912794794969912800794969912817794969912824794969912831794969912848794969912855794969912862794969912879794969912886794969912893794969912909794969912923794969912930794969912947794969912961794969912978794969912985794969912992794969913005794969913012794969913029794969913036794969913043794969913050794969913067794969913074794969913081794969913098794969913111794969913128794969913135794969913142794969913159794969913166794969913173794969913197794969913203794969913210794969913227794969913234794969913241794969913258794969913265794969913272794969913289794969913296794969913302794969913319794969913326794969913333794969913340794969913357794969913364794969913371794969913388794969913401794969913418794969913449794969913456794969913487794969913494794969913500794969913517794969913524794969913531794969913548794969913555794969913562794969913579794969913586794969913593794969913609794969913616794969913623794969913630794969913647794969913654794969913661794969913678794969913685794969913692794969913708794969913715794969913746794969913753794969913777794969913784794969913807794969913814794969913821794969913838794969913845794969913852794969913869794969913876794969913883794969913890794969913906794969913913794969913920794969913937794969913944794969913951794969913968794969913975794969913982794969913999794969914002794969914026794969914040794969914149794969914163794969914187794969914194794969914200794969914217794969914231794969914255794969914262794969914279794969914286794969914293794969914309794969914323794969914354794969914361794969914378794969914385794969914392794969914439794969914453794969914460794969914491794969914507794969914514794969914552794969914569794969914576794969914583794969914606794969914613794969914620794969914682794969914699794969914705794969914712794969914729794969914743794969914750794969914767794969914774794969914781794969914798794969914804794969914811794969914828794969914835794969914842794969914866794969914873794969914880794969914897794969914903794969914910794969914934796520617964796520617971796520617988796520617995796520618008800380048005800680078008800980108011801280138014801580168020802180228023802580268027802880298031803680608063807180748092810181038106810981108113811781188158815981608162816481668167816881698170817381748175817681778180818181828184818581868188819081938194819581978200820182178218821982208221822282238224822582268227822882348241824282468248827683098318832083218334833983408344834583468356836483688373837683798393839683998431844084588502856486028605861086218633863486368637864086438648865586708679868686888698871787488749877388248905890889098950896289818995899689978mm8mm x 3mm8mm(A) X 2.5mm9.5mm90169017901890199027902890299036903890399040904190429043905090559083909891199144914691479149915091519152915391579158915991609161916891819208920992139226924492989312934793489350935193899400940194029403940494059408940994169417943994409441944294499450945194529453945994609461947295369559956196289630964696639668975497569772977397749783A16A20A25A32AH16AlnicoAlnico RodAlnico5B25B32B42B75Bar MagnetBar magnet with holesBar Magnet with SteelBar Pot Magnetbar with countersink holesBest SellerBlack MagnetBlack SiliconeBlock MagnetCarabiner HookCeramicCeramic 8Ceramic BlockCeramic DiskCeramic RingCeramic VIIICounter Screw #6Counter Screw #8Curtain MagnetD1 1/2"D1.19" X 0.15" ThickD1"D1" x 1/16"(A )D1" x 1/32"(A)D1" x 1/4"(A)D1" x 1/8"(A)D1" x 3/8"(A)D1" x 7/32"(A)D1/16" x 1/2"(A)D1/2"D1/2" X 0.1"(A)D1/2" x 0.20"(A)D1/2" x 1/2"D1/2" X 1/4"(A)D1/2" x 1/8"(A)D1/2" X 3/4"(A)D1/2" X 3/8" (A)D1/2"x 3/16"(A)D1/4"D1/4" x 0.1"(A )D1/4" X 0.2"(A)D1/4" x 1"(A)D1/4" X 1/16" (A)D1/4" x 1/4"(A)D1/4" x 1/8"(A)D1/4" X 3/4" (A)D1/4" x 3/8" (A)D1/8"D1/8" x 1/16"(A)D1/8" x 1/2"(A)D1/8" x 1/8"(A)D18.5mmD1mmD1mm x 1mm(A)D21.5mmD25mmD25mm x 5mm(A)D28.5mmD2mmD2mm x 1mm(A)D2mm x 8mm(A)D3/16"D3/16" x 1"(A)D3/16" x 1/4"(A)D3/16" x 1/8"(A)D3/18" x 1/4"(A)D3/4"D3/4" X 1/16"(A)D3/4" x 1/8"(A)D3/4" x 3/16" (A)D3/4" x 3/8"(A)D3/8"D3/8" x 0.1"(A)D3/8" x 0.2" (A)D3/8" x 0.2"(A)D3/8" X 1"(A)D3/8" x 1/16"(A)D3/8" X 1/4"( A )D3/8" x 1/4"(A)D3/8" X 1/8"(A)D3/8" x 3"(A)D3/8" x 3/4" (A)D3/8" x 3/8" x 1/16"(A)D3mmD3mm x 1.5mm(A)D3mm x 1mm(A)D3mm x 5mm (A)D4mmD4mm x 2.5mm(A)D4mm x 8mm(A)D5/16" x 1/16" (A)D5/8"D5/8" x 1/16"(A)D5/8" x 1/4" (A)D5/8" x 1/8"(A)D5/8" x 3/8"(A)D5/8" x 5/16"(A)D5mmD5mm x 4mm(A)D5mm x 7mm(A)D6mmD6mm x 2.5mm(A)D6mm x 8mm(A)D6mm(A) X 2.5mmD6mm(A) x 3.0mmD7mmD8mmD8mm x 2.5mm(A)D8mm x 8mm(A)D8mm x2.5 mm(A)Diametrically MagnetizedDiscDisc MagnetDisk MagnetDoor MagnetEased EdgesEH GradeElegant Push Pin MagnetsEpoxyEpoxy CoatedEpoxy Coated DiskFabric MagnetFerrite BlockFerrite DiscFerrite RingFishing MagnetGold CoatedGold PlatedGTIN 794969912626High Heat ToleranceHigh TempHigh Temperature GradeHigh Temperature ToleranceHook MagnetHooksID 12mmID 20mmID 4mmID 5mmID 6mmID: 4.5mmID.1875"ID.188"ID.85"Large RingLength 2"Less Than 1lb pull forceLong Ring MagnetM3 HolesMagnet BlockMagnet DiskMagnet RodMagnet with 3M tapeMagnet with AdhesiveMagnetic Door StopMagnetic HookMagnetic HooksMax 3 Degree Angle DeviationMetricMetric BlockMetric RingMountingMounting MagnetMPN 8003MPN 8004MPN 8005MPN 8006MPN 8007MPN 8008MPN 8009MPN 8010MPN 8011MPN 8012MPN 8013MPN 8014MPN 8015MPN 8016MPN 8021MPN 8022MPN 8023MPN 8025MPN 8026MPN 8027MPN 8028MPN 8029MPN 8031MPN 8036MPN 8060MPN 8067MPN 8071MPN 8074MPN 8092MPN 8101MPN 8103MPN 8106MPN 8109MPN 8110MPN 8113MPN 8117MPN 8118MPN 8119MPN 8158MPN 8159MPN 8164MPN 8166MPN 8167MPN 8168MPN 8169MPN 8170MPN 8173MPN 8174MPN 8175MPN 8176MPN 8177MPN 8180MPN 8181MPN 8182MPN 8184MPN 8185MPN 8188MPN 8193MPN 8195MPN 8197MPN 8200MPN 8201MPN 8217MPN 8218MPN 8219MPN 8220MPN 8221MPN 8222MPN 8223MPN 8224MPN 8225MPN 8226MPN 8227MPN 8228MPN 8234MPN 8241MPN 8242MPN 8246MPN 8248MPN 8276MPN 8309MPN 8314MPN 8318MPN 8320MPN 8321MPN 8334MPN 8339MPN 8340MPN 8344MPN 8345MPN 8346MPN 8356MPN 8364MPN 8368MPN 8373MPN 8376MPN 8379MPN 8393MPN 8399MPN 8431MPN 8440MPN 8458MPN 8502MPN 8564MPN 8602MPN 8605MPN 8610MPN 8621MPN 8633MPN 8634MPN 8636MPN 8637MPN 8640MPN 8643MPN 8648MPN 8655MPN 8679MPN 8688MPN 8698MPN 8717MPN 8748MPN 8749MPN 8773MPN 8824MPN 8903MPN 8905MPN 8908MPN 8909MPN 8962MPN 8981MPN 8995MPN 8996MPN 8997MPN 9016MPN 9017MPN 9018MPN 9019MPN 9027MPN 9028MPN 9029MPN 9036MPN 9038MPN 9039MPN 9040MPN 9041MPN 9042MPN 9043MPN 9050MPN 9055MPN 9083MPN 9098MPN 9122MPN 9144MPN 9145MPN 9146MPN 9147MPN 9149MPN 9150MPN 9151MPN 9152MPN 9153MPN 9157MPN 9158MPN 9159MPN 9160MPN 9161MPN 9168MPN 9170MPN 9181MPN 9208MPN 9209MPN 9213MPN 9226MPN 9244MPN 9298MPN 9312MPN 9347MPN 9348MPN 9349MPN 9350MPN 9351MPN 9400MPN 9401MPN 9402MPN 9403MPN 9404MPN 9405MPN 9406MPN 9409MPN 9416MPN 9417MPN 9439MPN 9440MPN 9441MPN 9442MPN 9449MPN 9450MPN 9451MPN 9452MPN 9453MPN 9459MPN 9460MPN 9461MPN 9472MPN 9506MPN 9525MPN 9526MPN 9527MPN 9528MPN 9536MPN 9554MPN 9559MPN 9561MPN 9613MPN 9617MPN 9618MPN 9619MPN 9620MPN 9621MPN 9622MPN 9623MPN 9624MPN 9625MPN 9627MPN 9628MPN 9629MPN 9630MPN 9633MPN 9642MPN 9646MPN 9658MPN 9660MPN 9663MPN 9668MPN 9698MPN 9708MPN 9710MPN 9712MPN 9715MPN 9732MPN 9734MPN 9735MPN 9741MPN 9754MPN 9756MPN 9760MPN 9763MPN 9769MPN 9770MPN 9771MPN 9772MPN 9773MPN 9774MPN 9775MPN 9781MPN 9782MPN 9783MPN 9784N35N35 A16N35 A20N35 A32N35 A42N35 B16N35 B20N35 B25N35 B32N35 B42N35 B48N35 B60N35 B75N35EHN35SHN40N42N42HN45N48N52NeodymiumNeodymium MagnetNeodymium Magnet BlockNeodymium Magnet DiskNeodymium RingOD .745"OD .75"OD 0.6" ID3/16" x 1/8" (A)OD 12mmOD 14mmOD 18nmmOD 25mmOD 6.5mmOD 6mmOD 7mmOD: 8mmOD.75" ID.135" x 1/8" (A) C/S #6OD1.24" ID0.95" x 0.19"(A)OD1.5"OD1.75"Outdoor Mounting MagnetOutdoor Pot MagnetPopularPot A25Pot Bar MagnetPot MagnetsPot N35 A16Pot N35 A20Pot N35 A25Pot N35 A32POT N35 A42Pot N35 B16Pot N35 B20Pot N35 B25Pot N35 B32Pot N35 B42Pot N35 B48Pot N35 B60Pot N35 B75Pot Type EPot with HookPowerful DiskPush Pin MagnetsReally PowerfulRing MagnetRing with Counter ScrewRodRod MagnetRubber CoatedSamarian CobaltSensor Disk MagnetSensor MagnetSewing MagnetSKU 694685270645SKU 794969912671SKU 794969912718SKU 794969913111SKU 794969913197SKU 8003SKU 8004SKU 8005SKU 8006SKU 8007SKU 8008SKU 8009SKU 8010SKU 8011SKU 8012SKU 8013SKU 8014SKU 8015SKU 8016SKU 8020SKU 8021SKU 8022SKU 8023SKU 8025SKU 8026SKU 8027SKU 8028SKU 8029SKU 8031SKU 8036SKU 8060SKU 8063SKU 8067SKU 8071SKU 8074SKU 8092SKU 8103SKU 8106SKU 8109SKU 8110SKU 8113SKU 8117SKU 8118SKU 8158SKU 8159SKU 8160SKU 8162SKU 8164SKU 8166SKU 8167SKU 8168SKU 8169SKU 8170SKU 8173SKU 8174SKU 8175SKU 8176SKU 8177SKU 8180SKU 8181SKU 8182SKU 8184SKU 8185SKU 8186SKU 8188SKU 8190SKU 8193SKU 8194SKU 8195SKU 8197SKU 8200SKU 8201SKU 8217SKU 8218SKU 8219SKU 8220SKU 8221SKU 8222SKU 8223SKU 8224SKU 8225SKU 8226SKU 8227SKU 8228SKU 8234SKU 8241SKU 8242SKU 8246SKU 8248SKU 8276SKU 8309SKU 8314SKU 8318SKU 8320SKU 8321SKU 8334SKU 8339SKU 8340SKU 8344SKU 8345SKU 8346SKU 8356SKU 8364SKU 8368SKU 8373SKU 8376SKU 8379SKU 8393SKU 8396SKU 8399SKU 8431SKU 8440SKU 8458SKU 8502SKU 8564SKU 8602SKU 8605SKU 8610SKU 8621SKU 8633SKU 8634SKU 8636SKU 8637SKU 8640SKU 8643SKU 8648SKU 8655SKU 8670SKU 8679SKU 8686SKU 8698SKU 8717SKU 8748SKU 8749SKU 8773SKU 8824SKU 8903SKU 8905SKU 8908SKU 8909SKU 8950SKU 8962SKU 8981SKU 8995SKU 8996SKU 8997SKU 9016SKU 9017SKU 9018SKU 9019SKU 9027SKU 9028SKU 9029SKU 9036SKU 9038SKU 9039SKU 9040SKU 9041SKU 9042SKU 9043SKU 9050SKU 9055SKU 9083SKU 9098SKU 9119SKU 9122SKU 9144SKU 9145SKU 9146SKU 9149SKU 9150SKU 9152SKU 9153SKU 9157SKU 9158SKU 9159SKU 9160SKU 9161SKU 9168SKU 9170SKU 9181SKU 9208SKU 9209SKU 9213SKU 9226SKU 9244SKU 9298SKU 9312SKU 9347SKU 9348SKU 9350SKU 9351SKU 9389SKU 9400SKU 9401SKU 9402SKU 9403SKU 9404SKU 9405SKU 9406SKU 9408SKU 9409SKU 9416SKU 9417SKU 9439SKU 9440SKU 9441SKU 9442SKU 9449SKU 9450SKU 9451SKU 9452SKU 9453SKU 9459SKU 9460SKU 9461SKU 9472SKU 9506SKU 9525SKU 9526SKU 9527SKU 9528SKU 9536SKU 9554SKU 9559SKU 9561SKU 9613SKU 9617SKU 9618SKU 9619SKU 9620SKU 9621SKU 9622SKU 9623SKU 9624SKU 9625SKU 9627SKU 9628SKU 9629SKU 9630SKU 9633SKU 9642SKU 9646SKU 9658SKU 9660SKU 9663SKU 9668SKU 9708SKU 9710SKU 9712SKU 9715SKU 9732SKU 9734SKU 9735SKU 9741SKU 9754SKU 9756SKU 9760SKU 9763SKU 9769SKU 9770SKU 9771SKU 9772SKU 9773SKU 9774SKU 9775SKU 9781SKU 9782SKU 9783SKU 9784SKU 9898Slim Line PotSmCoSmCo SensorSquare MagnetStrong HookStrong MagnetStrong Rod MagnetSuper MagnetSuper PowerfulSuper strongSuper thinThickness 3/8"ThinThin MagnetTiny BlockTiny MagnetTiny Ring MagnetTiny Rod MagnetUnmagnetizedUnmagnetized MagnetUnplatedUPC 0190000062310UPC 0190000127682UPC 0190000127743UPC 0190000127842UPC 0190000128696UPC 0190000129617UPC 0190000140803UPC 0190000140834UPC 0190000140872UPC 0190000140919UPC 0190000140940UPC 0190000140971UPC 0190000141053UPC 0190000141084UPC 0190000145143UPC 0190000146966UPC 0190000151328UPC 0190000154800UPC 0190000157160UPC 0190000157719UPC 0190000158341UPC 0190000158617UPC 0190000161877UPC 0190000161907UPC 0190000163888UPC 0190000168685UPC 0190000168807UPC 0190000168975UPC 0190000169293UPC 0190000169323UPC 0190000170039UPC 0190000172439UPC 0190000175614UPC 0190000175652UPC 0190000175713UPC 0190000175751UPC 0190000175805UPC 0190000175850UPC 0190000175898UPC 0190000180328UPC 0190000180359UPC 0190000180373UPC 0190000180397UPC 694685270478UPC 694685270485UPC 694685270508UPC 694685270515UPC 694685270522UPC 694685270539UPC 694685270546UPC 694685270553UPC 694685270560UPC 694685270591UPC 694685270607UPC 694685270614UPC 694685270621UPC 694685270638UPC 694685270645UPC 694685270652UPC 694685270669UPC 694685270690UPC 694685270706UPC 694685270713UPC 694685270720UPC 694685270737UPC 694685270744UPC 694685270751UPC 694685270768UPC 694685270843UPC 794969912619UPC 794969912626UPC 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794969914163UPC 794969914187UPC 794969914194UPC 794969914200UPC 794969914217UPC 794969914231UPC 794969914255UPC 794969914262UPC 794969914279UPC 794969914286UPC 794969914293UPC 794969914309UPC 794969914323UPC 794969914354UPC 794969914361UPC 794969914378UPC 794969914385UPC 794969914392UPC 794969914439UPC 794969914453UPC 794969914460UPC 794969914491UPC 794969914507UPC 794969914514UPC 794969914552UPC 794969914569UPC 794969914576UPC 794969914583UPC 794969914606UPC 794969914613UPC 794969914620UPC 794969914682UPC 794969914699UPC 794969914705UPC 794969914712UPC 794969914729UPC 794969914743UPC 794969914750UPC 794969914767UPC 794969914774UPC 794969914781UPC 794969914798UPC 794969914804UPC 794969914811UPC 794969914828UPC 794969914835UPC 794969914842UPC 794969914866UPC 794969914873UPC 794969914880UPC 794969914897UPC 794969914903UPC 794969914910UPC 794969914934UPC 796520617964UPC 796520617971UPC 796520617988UPC 796520617995UPC 796520618008UPC 8688UPC 9349Very PowerfulVery StrongWaterproofWhite SiliconeWhiteboard MagnetWidth 1"With 3m tape
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- [On Sale](https://radialmagnet.com/on-sale/): Sale! Neodymium Magnet Disk N52 D3/8″ x 1/4″(A) $1.32 Original price was: $1.32.$1.10Current price is: $1.10.
Add to cart Sale! Epoxy Coated Neodymium Magnet Disk N42 D1/4″ x 0.1″(A) $0.50 Original price was: $0.50.$0.35Current price is: $0.35.
Add to cart Sale! Neodymium Magnet Disk N35 D3mm x 1mm(A) $0.60 Original price was: $0.60.$0.40Current price is: $0.40.
Add to cart Sale! Epoxy Coated Neodymium Magnet Disk N40 D1/4″ x 1/8″(A) $0.80 Original price was: $0.80.$0.25Current price is: $0.25.
Add to cart Sale! Neodymium Magnet Disk N35 D3mm x 1.5mm(A) $0.80 Original price was: $0.80.$0.50Current price is: $0.50.
Add to cart Sale! Neodymium Magnet Gold-Plated Disk N35 D4.5mm x 1.5mm(A) $0.60 Original price was: $0.60.$0.25Current price is: $0.25.
Add to cart Sale! Neodymium Magnet Ring N35 Gold Plated OD 7mm x ID 4.2mm x 2mm(A) $0.65 Original price was: $0.65.$0.50Current price is: $0.50.
Add to cart Sale! Neodymium Magnet .79″/ 20mm Diameter Fabric / Curtain Magnet with Removable Button $2.50 Original price was: $2.50.$1.70Current price is: $1.70.
Add to cart Sale! Neodymium Magnet Block N35SH 12.7mm x 12.7mm x 2.29mm(A) $1.50 Original price was: $1.50.$1.20Current price is: $1.20.
Add to cart Sale! Alnico 5 Rod Magnet – D3/8″ x 3″(A) $18.00 Original price was: $18.00.$8.00Current price is: $8.00.
Add to cart Sale! 10 Pack of D5/8″ x 3/4″ Whiteboard / Push Pin / Refrigerator Magnets $35.00 Original price was: $35.00.$19.99Current price is: $19.99.
Add to cart Sale! Neodymium Magnet Pot N35 D1.19″ X 0.166″ Thick w/Countersunk $3.80 Original price was: $3.80.$3.20Current price is: $3.20.
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## Products
- [Neodymium Magnet Disk N35 D22mm x 10mm(A)](https://radialmagnet.com/our-magnets/neodymium-magnet-disk-n35-d22mm-x-10mma/): A strong, compact neodymium magnet measuring 22mm x 10mm, ideal for applications requiring high magnetic strength in a small size. Imperial Size: .866" x .394"  
- [Neodymium Magnet Ring N35 OD 12mm ID 4mm T 5mm(A)](https://radialmagnet.com/our-magnets/neodymium-magnet-ring-n35-od-12mm-id-4mm-t-5mm/): A strong, compact neodymium ring magnet measuring OD 12mm ID 4mm T 5mm , ideal for applications requiring high magnetic strength in a small size. Imperial Size: OD .472" ID .157" T .197"
- [Neodymium Magnet Ring N35 OD 12mm ID 4mm T 4mm(A)](https://radialmagnet.com/our-magnets/neodymium-magnet-ring-n35-od-12mm-id-4mm-t-4mm/): A strong, compact neodymium ring magnet measuring OD 12mm ID 4mm T 4mm , ideal for applications requiring high magnetic strength in a small size.
- [Neodymium Magnet Ring N35 OD .70″ ID .20″ T .20″(A)](https://radialmagnet.com/our-magnets/neodymium-magnet-ring-n35-od-70-id-20-t-20/): A strong, compact neodymium ring magnet measuring OD .70" ID .20" T. 20", ideal for applications requiring high magnetic strength in a small size.
- [Neodymium Magnet Disk N35 32mm x 3mm(A)](https://radialmagnet.com/our-magnets/neodymium-magnet-disk-n35-32mm-x-3mma/): Magnet Size: 32mm x 3mm Tolerances: ±0.004" Material: Rare Earth NdFeB Grade of Neodymium: N35 Plating/Coating: Ni-Cu-Ni(Nickel) Brmax: 12,100Gauss BHmax: 36 MGOe Max Temperature: 80℃ /176F Magnetization Direction: Axially Surface Gauss: 1114.75 Gauss Pull Force: 11.20 lbs Imperial Size: 1.25" x .118"  
- [Neodymium Magnet Disk N35 18mm x 3mm(A)](https://radialmagnet.com/our-magnets/neodymium-magnet-disk-n35-18mm-x-3mma/): Magnet Size: 18mm x 3mm Tolerances: ±0.004" Material: Rare Earth NdFeB Grade of Neodymium: N35 Plating/Coating: Ni-Cu-Ni(Nickel) Brmax: 12,100Gauss BHmax: 36 MGOe Max Temperature: 80℃ /176F Magnetization Direction: Axially Surface Gauss: 1912.19 Gauss Pull Force: 6.31 lbs Imperial Size: 0.70" x .118"      
- [Neodymium Magnet Disk N35 9mm x 3mm(A)](https://radialmagnet.com/our-magnets/neodymium-magnet-disk-n35-9mm-x-3mma/): Magnet Size: 9mm x 3mm Tolerances: ±0.004" Material: Rare Earth NdFeB Grade of Neodymium: N35 Plating/Coating: Ni-Cu-Ni(Nickel) Brmax: 12,100Gauss BHmax: 36 MGOe Max Temperature: 80℃ /176F Magnetization Direction: Axially Surface Gauss: 3,350.22 Gauss Pull Force: 3.15 lbs Imperial Size: 0.354" x .011"  
- [Neodymium Magnet Disk N35 10mm x 2mm(A)](https://radialmagnet.com/our-magnets/neodymium-magnet-disk-n35-10mm-x-2mma/): Magnet Size: 10mm x 2mm Tolerances: ±0.004" Material: Rare Earth NdFeB Grade of Neodymium: N35 Plating/Coating: Ni-Cu-Ni(Nickel) Brmax: 12,100Gauss BHmax: 36 MGOe Max Temperature: 80℃ /176F Magnetization Direction: Axially Surface Gauss: 2,244.49 Gauss Pull Force: 2.34 lbs Imperial Size: 0.393" x .078"    
- [Epoxy Coated Neodymium Magnet Disk N35 D6mm x 2mm(A)](https://radialmagnet.com/our-magnets/epoxy-coated-neodymium-magnet-disk-n35-d6mm-x-2mma/): Magnet Size: 6mm x 2mm Tolerances: ±0.004" Material: Rare Earth NdFeB Grade of Neodymium: N35 Plating/Coating: Epoxy Coated Brmax: 12,100Gauss BHmax: 35 MGOe Max Temperature: 80℃ /176F Magnetization Direction: Axially Surface Gauss: 3347.36 Gauss Pull Force: 1.39lbs. Imperial Size: .236" x .078"
- [Neodymium Magnet Disk N35 D3mm x 2mm(A)](https://radialmagnet.com/our-magnets/neodymium-magnet-disk-n35-d3mm-x-2mma/): Magnet Size: 3mm x 2mm Tolerances: ±0.004" Material: Rare Earth NdFeB Grade of Neodymium: N35 Plating/Coating: Ni-Cu-Ni Brmax: 12,100Gauss BHmax: 35 MGOe Max Temperature: 80℃ /176F Magnetization Direction: Axially Surface Gauss: 4808.34 Pull Force: .71lbs
- [Neodymium Magnet Disk N35 12mm x 2mm(A)](https://radialmagnet.com/our-magnets/neodymium-magnet-disk-n35-12mm-x-2mma/): Magnet Size: 12mm x 2mm Tolerances: ±0.004" Material: Rare Earth NdFeB Grade of Neodymium: N35 Plating/Coating: Ni-Cu-Ni(Nickel) Brmax: 12,100Gauss BHmax: 36 MGOe Max Temperature: 80℃ /176F Magnetization Direction: Axially Surface Gauss: 1911.70 Gauss Pull Force: 2.80 lbs Imperial Size: 0.472" x .078"    
- [22mm Rubber Coated Outdoor Magnetic Assembly Base (Holds Up to 8 lbs!)](https://radialmagnet.com/our-magnets/22mm-rubber-coated-outdoor-magnetic-assembly-base-holds-up-to-8-lbs/): Holds up to 8lbs! Rubber Coated for Outdoor Use
- [Ferrite (Ceramic) Block Magnet – L 48mm x W 8mm x T 5mm(A)](https://radialmagnet.com/our-magnets/ferrite-ceramic-block-magnet-l-48mm-x-w-8mm-x-t-5mma/): Size: L: 48mm x  W: 8mm x T: 5mm Br (Gauss): 4080 Surface (Gauss): 1468.37 Lifting power: 1.06kg = 2.34lbs Tolerances: ±0.004" Max Temperature: 350C Grade: Ceramic VIII Magnetization Direction: Through the Thickness  
- [Neodymium Magnet Block N52 L .490″ x W .295″ x  T .125″(A)](https://radialmagnet.com/our-magnets/neodymium-magnet-block-n52-l-490-x-w-295-x-t-125a/): Black Nickel Coated
- [Neodymium Magnet Ring N48 OD 1/4″ ID .096″ x T .275″(A)](https://radialmagnet.com/our-magnets/neodymium-magnet-ring-n48-od-1-4-id-096-x-t-275a/): Magnet Size: OD 1/4" ID .096" x T .275" with a countersink Tolerances: ±0.004" Material: Rare Earth NdFeB Grade of Neodymium: N48 Plating/Coating: Ni-Cu-Ni Brmax: 14,100Gauss BHmax: 48 MGOe Max Temperature: 80℃ /176F Magnetization Direction: Axially Pull Force: 7.03lbs  
- [Neodymium Magnet Disk N35 10mm x 5mm(A)](https://radialmagnet.com/our-magnets/neodymium-magnet-disk-n35-10mm-x-5mma/): Magnet Size: 10mm x 5mm Tolerances: ±0.004" Material: Rare Earth NdFeB Grade of Neodymium: N35 Plating/Coating: Ni-Cu-Ni(Nickel) Brmax: 12,100Gauss BHmax: 35 MGOe Max Temperature: 80℃ /176F Magnetization Direction: Axially Surface Gauss: 4,270.17 Gauss Pull Force: 5.84 lbs Imperial Size: .393" x .19"  
- [Neodymium Magnet Ring N35 OD 15.80 ID 6.50mm x T 5mm(A)](https://radialmagnet.com/our-magnets/neodymium-magnet-ring-n35-od-15-80-id-6-50mm-t-5mm/): Magnet Size: OD 15.80mm ID 6.50mm x T 5mm Tolerances: ±0.004" Material: Rare Earth NdFeB Grade of Neodymium: N35 Plating/Coating: Ni-Cu-Ni Brmax: 12,100Gauss BHmax: 35 MGOe Max Temperature: 80℃ /176F Magnetization Direction: Axially Pull Force: 9.22lbs
- [Alnico 5 Rod Magnet – D1/8″ x .4687″(A)](https://radialmagnet.com/our-magnets/alnico-5-rod-magnet-125-x-4687a/): Material Alnico 5 Max. Pull 1 lb Overall Length .4687 in Diameter .125 in (1/8") Stability Temp. 800 Degrees F
- [Neodymium Magnet 1.26″ Diameter w/ Swivel Carabiner Hook (Holds Up to 30 lbs!)](https://radialmagnet.com/our-magnets/neodymium-magnet-1-26-diameter-w-swivel-carabiner-hook-holds-up-to-30-lbs/): Holds up to 30lbs!
- [Ferrite (Ceramic) Disk Magnet – 16mm x 2mm(A)](https://radialmagnet.com/our-magnets/ferrite-ceramic-disk-magnet-16mm-x-2mma/): Size: D: 16mm  T: 2mm Br (Gauss): 4080 Surface (Gauss): 494.55 Lifting power: .42lbs Tolerances: ±0.004" Max Temperature: 482F
- [Neodymium Magnet Ring N52 OD 1″ ID 3/16″ T 1/8″(A)](https://radialmagnet.com/our-magnets/neodymium-magnet-ring-n52-nicuni-od-1-id-3-16-t-1-8/): Magnet Size: OD 1" ID 3/16" T 1/8" Tolerances: ±0.004" Material: Rare Earth NdFeB Grade of Neodymium: N52 Plating/Coating: NiCuNi Brmax: 15,100Gauss BHmax: 52 MGOe Max Temperature: 80℃ Magnetization Direction: Axially Pull Force: 12.57lbs      
- [Neodymium Magnet Ring N35 NiCuNi OD 18mm ID 3mm x 2mm(A)](https://radialmagnet.com/our-magnets/neodymium-magnet-ring-n35-nicuni-od-18mm-id-3mm-x-2mma/): Magnet Size: OD 18mm ID 3mm T 2mm Tolerances: ±0.004" Material: Rare Earth NdFeB Grade of Neodymium: N35 Plating/Coating: NiCuNi Brmax: 12,100Gauss BHmax: 35 MGOe Max Temperature: 80℃ Magnetization Direction: Axially Pull Force: 4.19lbs      
- [Neodymium Magnet Disk N52 30mm x 2mm(A)](https://radialmagnet.com/our-magnets/neodymium-magnet-disk-n52-30mm-x-2mma/): Magnet Size: 30mm x 2mm Tolerances: ±0.004" Material: Rare Earth NdFeB Grade of Neodymium: N52 Plating/Coating: Ni-Cu-Ni(Nickel) Brmax: 14,500Gauss BHmax: 53 MGOe Max Temperature: 80℃ /176F Magnetization Direction: Axially Surface Gauss: 958.06 Gauss Pull Force: 11.05 lbs Imperial Size: 1.18" x 0.078"      
- [Neodymium Epoxy Coated Magnet Pot N35 A25](https://radialmagnet.com/our-magnets/neodymium-epoxy-coated-magnet-pot-n35-a25/): Waterproof! Great for outdoor use!
- [Neodymium Magnet 1.42″ Diameter w/ Swivel Carabiner Hook (Holds Up to 50 lbs!)](https://radialmagnet.com/our-magnets/neodymium-magnet-1-42-diameter-w-swivel-carabiner-hook-holds-up-to-50-lbs/): Holds up to 50lbs!
- [Neodymium Magnet Disk N52 D1/4” x 3/16”(A)](https://radialmagnet.com/our-magnets/neodymium-magnet-disk-n52-d1-4-x-3-16a/): Magnet Size: 1/4" x  3/16" Tolerances: ±0.004" Material: Rare Earth NdFeB Grade of Neodymium: N52 Plating/Coating: Ni-Cu-Ni(Nickel) Brmax: 12,100Gauss BHmax: 52 MGOe Max Temperature: 80℃ /176F Magnetization Direction: Axially Surface Gauss: 5,547.27 Gauss Pull Force: 5.07 lbs
- [Neodymium Magnet Disk N35EH D1″ x 1/4″(A)](https://radialmagnet.com/our-magnets/neodymium-magnet-disk-n35eh-d1-x-1-4a/): High Heat Tolerence!
- [Neodymium Magnet Block N42 3/4″ x 3/4″ x 1/4″(A)](https://radialmagnet.com/our-magnets/neodymium-magnet-block-n42-3-4-x-3-4-x-1-4a/): Magnet Size: 3/4" x 3/4" x 1/4" Tolerances: ±0.004" Material: Rare Earth NdFeB Grade of Neodymium: N42 Plating/Coating: Ni-Cu-Ni Brmax: 11,900 BHmax: 42 MGOe Max Temperature: 80℃ /176F Magnetization Direction: Through the Thickness Surface Gauss: 4602.07 Pull Force: 32.08lbs
- [Neodymium Magnet Disk N35 D4mm x 2mm(A)](https://radialmagnet.com/our-magnets/neodymium-magnet-disk-n35-d4mm-x-2mma/): Magnet Size: 4mm x 2mm Tolerances: ±0.004" Material: Rare Earth NdFeB Grade of Neodymium: N35 Plating/Coating: Ni-Cu-Ni Brmax: 12,100Gauss BHmax: 35 MGOe Max Temperature: 80℃ /176F Magnetization Direction: Axially Surface Gauss: 4258.40 Pull Force: .93lbs
- [Neodymium Magnet Disk N35 7mm x 3mm(A)](https://radialmagnet.com/our-magnets/neodymium-magnet-disk-n35-7mm-x-3mma/): Magnet Size: 7mm x 3mm Tolerances: ±0.004" Material: Rare Earth NdFeB Grade of Neodymium: N35 Plating/Coating: Ni-Cu-Ni(Nickel) Brmax: 12,100Gauss BHmax: 35 MGOe Max Temperature: 80℃ /176F Magnetization Direction: Axially Surface Gauss: 2,702.77 Gauss Pull Force: 2.45 lbs  
- [Epoxy Coated Neodymium Magnet Bar N35 – L 2.36″ x W .53″ x T .2″(A) with #4 Countersunk Holes](https://radialmagnet.com/our-magnets/epoxy-coated-neodymium-magnet-bar-n35-l-2-36-x-w-53-x-t-2a-with-4-countersunk-holes/): Magnet Size: 2.36" x .53" x .12" Tolerances: ±0.004" Material: Rare Earth NdFeB Grade of Neodymium: N35 Plating/Coating: Epoxy Coated Brmax: 11,900Gauss BHmax: 35 MGOe Max Temperature: 80℃ /176F Magnetization Direction: Through the Thickness Surface Gauss: 6,428.35 Gauss Pull Force: 42.55lbs Metric Size  60mm x 13.5mm x 5mm
- [Neodymium Magnet Disk N35 D5mm x 2.5mm(A)](https://radialmagnet.com/our-magnets/neodymium-magnet-disk-n35-d5mm-x-2-5mma/): Magnet Size: 5mm x 2.5mm Tolerances: ±0.004" Material: Rare Earth NdFeB Grade of Neodymium: N35 Plating/Coating: Ni-Cu-Ni Brmax: 12,100Gauss BHmax: 35 MGOe Max Temperature: 80℃ /176F Magnetization Direction: Axially Surface Gauss: 4262.33 Pull Force: 1.46lbs
- [Neodymium Magnet Block N35 L40mm W40mm x T20mm](https://radialmagnet.com/our-magnets/neodymium-magnet-block-n35-l40mm-w40mm-x-t20mm/): Magnet Size: 40mm x 40mm x 20mm Tolerances: ±0.004" Material: Rare Earth NdFeB Grade of Neodymium: N35 Plating/Coating: Ni-Cu-Ni Brmax: 12,100 Gauss BHmax: 35 MGOe Max Temperature: 80℃ /176F Magnetization Direction: Through the Thickness Surface Gauss: 5627.29 Pull Force: 148.92lbs
- [Neodymium Magnet Disk N35 8mm x 5mm(A)](https://radialmagnet.com/our-magnets/neodymium-magnet-disk-n35-8mm-x-5mma/): Magnet Size: 8mm x 5mm Tolerances: ±0.004" Material: Rare Earth NdFeB Grade of Neodymium: N35 Plating/Coating: Ni-Cu-Ni(Nickel) Brmax: 12,100Gauss BHmax: 35 MGOe Max Temperature: 80℃ /176F Magnetization Direction: Axially Surface Gauss: 4,712.81 Gauss Pull Force: 4.67 lbs
- [Neodymium Magnet Disk N35 8mm x 1mm(A)](https://radialmagnet.com/our-magnets/neodymium-magnet-disk-n35-8mm-x-1mma/): Magnet Size: 8mm x 1mm Tolerances: ±0.004" Material: Rare Earth NdFeB Grade of Neodymium: N35 Plating/Coating: Ni-Cu-Ni(Nickel) Brmax: 12,100Gauss BHmax: 35 MGOe Max Temperature: 80℃ /176F Magnetization Direction: Axially Surface Gauss: 1,466.01Gauss Pull Force: .93 lbs Imperial Size: .31" x .039"  
- [Epoxy Coated Neodymium Magnet Disk N35 30mm x 3mm(A)](https://radialmagnet.com/our-magnets/epoxy-coated-neodymium-magnet-disk-n35-30mm-x-3mma/): Magnet Size: 30mm x 3mm Tolerances: ±0.004" Material: Rare Earth NdFeB Grade of Neodymium: N35 Plating/Coating: Epoxy Brmax: 12,100Gauss BHmax: 35 MGOe Max Temperature: 80℃ /176F Magnetization Direction: Axially Surface Gauss: 1,186.27 Gauss Pull Force: 10.49 lbs Imperial Size: 1.18" x 0.118"
- [Neodymium Magnet Disk N35 6mm x 2mm(A)](https://radialmagnet.com/our-magnets/neodymium-magnet-disk-n35-6mm-x-2mma/): Magnet Size: 6mm x 2mm Tolerances: ±0.004" Material: Rare Earth NdFeB Grade of Neodymium: N35 Plating/Coating: Ni-Cu-Ni(Nickel) Brmax: 12,100Gauss BHmax: 35 MGOe Max Temperature: 80℃ /176F Magnetization Direction: Axially Surface Gauss: 3,347.36 Gauss Pull Force: 1.39lbs Imperial Size: .23" x .078"  
- [Set of 20mm Sewing Magnets (Pack of 2)](https://radialmagnet.com/our-magnets/set-of-20mm-sewing-magnets-pack-of-2/): Sold in packs of 2
- [Neodymium Magnet Block N35 50MM x 10MM x 2mm(A)](https://radialmagnet.com/our-magnets/neodymium-magnet-block-n35-50mm-x-10mm-x-2mma/): Magnet Size: 50mm x 10mm x 2mm Tolerances: ±0.004" Material: Rare Earth NdFeB Grade of Neodymium: N35 Plating/Coating: Ni-Cu-Ni Brmax: 12100 BHmax: 35 MGOe Max Temperature: 80℃ /176F Magnetization Direction: Through the Thickness Surface Gauss: 5655.52 Pull Force: 13.16lbs
- [Neodymium Magnet Block N35 L 15mm x W 5mm x T 2mm](https://radialmagnet.com/our-magnets/neodymium-magnet-block-n35-l-15mm-x-w-5mm-x-t-2mm/): Magnet Size: 15mm x 5mm x 2mm Tolerances: ±0.004" Material: Rare Earth NdFeB Grade of Neodymium: N35 Plating/Coating: Ni-Cu-Ni(Nickel) Brmax: 11,900Gauss BHmax: 35 MGOe Max Temperature: 80℃ /176F Magnetization Direction: Through the Thickness Surface Gauss: 5,381.45 Gauss Pull Force: 3.62 lbs Weight: 0.161 oz    
- [Neodymium Magnet Block N35 L 10mm x W 4mm x T 2mm](https://radialmagnet.com/our-magnets/neodymium-magnet-block-n35-l-10mm-x-w-4mm-x-t-2mm/): Magnet Size: 10mm x 4mm x 2mm Tolerances: ±0.004" Material: Rare Earth NdFeB Grade of Neodymium: N35 Plating/Coating: Ni-Cu-Ni(Nickel) Brmax: 11,900Gauss BHmax: 35 MGOe Max Temperature: 80℃ /176F Magnetization Direction: Through the Thickness Surface Gauss: 5,279.32 Gauss Pull Force: 2.36 lbs Weight: 0.171 oz  
- [Neodymium Magnet Block N35 L 6mm x W 3mm x T 2mm](https://radialmagnet.com/our-magnets/neodymium-magnet-block-n35-l-6mm-x-w-3mm-x-t-2mm/): Magnet Size: 6mm x 3mm x 2mm Tolerances: ±0.004" Material: Rare Earth NdFeB Grade of Neodymium: N35 Plating/Coating: Ni-Cu-Ni(Nickel) Brmax: 11,900Gauss BHmax: 35 MGOe Max Temperature: 80℃ /176F Magnetization Direction: Through the Thickness Surface Gauss: 5,144.94 Gauss Pull Force: 1.37 lbs Weight: 0.271 oz
- [Neodymium Magnet Rod N35 D3mm x 10mm(A)](https://radialmagnet.com/our-magnets/neodymium-magnet-rod-n35-d3mm-x-10mma/): Magnet Size: 3mm x 10mm Tolerances: ±0.004" Material: Rare Earth NdFeB Grade of Neodymium: N35 Plating/Coating: Ni-Cu-Ni Brmax: 11,900Gauss BHmax: 35 MGOe Max Temperature: 80℃ /176F Magnetization Direction: Axially Surface Gauss: 5942.86 Pull Force: 3.51lbs  
- [Neodymium Magnet Block N35 25mm x 4mm x 3mm](https://radialmagnet.com/our-magnets/neodymium-magnet-block-n35-25mm-x-4mm-x-3mm/): Magnet Size: 25mm x 4mm x 3mm Tolerances: ±0.004" Material: Rare Earth NdFeB Grade of Neodymium: N35 Plating/Coating: Ni-Cu-Ni(Nickel) Brmax: 12,100Gauss BHmax: 35 MGOe Max Temperature: 80℃ /176F Magnetization Direction: Through the thickness Surface Gauss: 5,516.47 Pull Force: 4.56 lbs Imperial Size: .98" x .15" x .11"
- [Neodymium Magnet Disk N35 8mm x 2mm(A)](https://radialmagnet.com/our-magnets/neodymium-magnet-disk-n35-8mm-x-2mma/): Magnet Size: 8mm x 2mm Tolerances: ±0.004" Material: Rare Earth NdFeB Grade of Neodymium: N35 Plating/Coating: Ni-Cu-Ni(Nickel) Brmax: 12,100Gauss BHmax: 35 MGOe Max Temperature: 80℃ /176F Magnetization Direction: Axially Surface Gauss: 2,701.32 Gauss Pull Force: 1.87 lbs Imperial Size: .31" x .11"
- [Neodymium Magnet Disk N35 10mm x 3mm(A)](https://radialmagnet.com/our-magnets/neodymium-magnet-disk-n35-10mm-x-3mma/): Magnet Size: 10mm x 3mm Tolerances: ±0.004" Material: Rare Earth NdFeB Grade of Neodymium: N35 Plating/Coating: Ni-Cu-Ni(Nickel) Brmax: 12,100Gauss BHmax: 35 MGOe Max Temperature: 80℃ /176F Magnetization Direction: Axially Surface Gauss: 3,108.22 Gauss Pull Force: 3.51 lbs Imperial Size: .393" x .11"
- [Neodymium Magnet Disk N35 D20mm x 5mm(A)](https://radialmagnet.com/our-magnets/neodymium-magnet-disk-n35-d20mm-x-5mma/): Magnet Size: 20mm  x 5mm Tolerances: ±0.004" Material: Rare Earth NdFeB Grade of Neodymium: N35 Plating/Coating: Ni-Cu-Ni(Nickel) Brmax: 14,800Gauss BHmax: 35 MGOe Max Temperature: 80℃ /176F Magnetization Direction: Axially Surface Gauss: 2,703.92 Gauss Pull Force: 11.66 lb
- [Super Powerful Neodymium Magnet Disk N35 40mm x 10mm(A)](https://radialmagnet.com/our-magnets/super-powerful-neodymium-magnet-disk-n35-40mm-x-10mma/): Magnet Size: 40mm x 10mm Tolerances: ±0.004" Material: Rare Earth NdFeB Grade of Neodymium: N35 Plating/Coating: Ni-Cu-Ni(Nickel) Brmax: 12,100Gauss BHmax: 35 MGOe Max Temperature: 80℃ /176F Magnetization Direction: Axially Surface Gauss: 2704.78 Gauss Pull Force: 46.65 lbs Imperial Size: 1.57" x .393"        
- [Neodymium Magnet Disk N35 25mm x 2mm(A)](https://radialmagnet.com/our-magnets/neodymium-magnet-disk-n35-25mm-x-2mma/): Magnet Size: 25mm x 2mm Tolerances: ±0.004" Material: Rare Earth NdFeB Grade of Neodymium: N35 Plating/Coating: Ni-Cu-Ni(Nickel) Brmax: 12,100Gauss BHmax: 35 MGOe Max Temperature: 80℃ /176F Magnetization Direction: Axially Surface Gauss: 955.66 Gauss Pull Force: 5.84 lbs Imperial Size: .98" x 0.07"    
- [Super Powerful Single-Sided 120mm Fishing Magnet](https://radialmagnet.com/our-magnets/super-powerful-single-sided-120mm-fishing-magnet/): Super powerful fishing magnet.
- [Ferrite (Ceramic) Ring Magnet – VIII OD: 45mm ID: 22mm T: 8mm(A)](https://radialmagnet.com/our-magnets/ferrite-ceramic-ring-magnet-viii-od-45mm-id-22mm-t-8mma/): Size: OD: 45mm ID: 22mm T: 8mm Br (Gauss): 4080 Lifting power: 6.10lbs Tolerances: ±0.004" Max Temperature: 464F
- [Powerful Neodymium Magnet Disk N52 40mm x 20mm(A)](https://radialmagnet.com/our-magnets/neodymium-magnet-disk-n52-40mm-x-20mma/): Magnet Size: 40mm x 20mm Tolerances: ±0.004" Material: Rare Earth NdFeB Grade of Neodymium: N52 Plating/Coating: Ni-Cu-Ni(Nickel) Brmax: 14,500Gauss BHmax: 52 MGOe Max Temperature: 80℃ /176F Magnetization Direction: Axially Surface Gauss: 5,124.18 Gauss Pull Force: 134.02 lbs Imperial Size: 1.57" x .787"    
- [Neodymium Magnet Disk N35 15mm x 3mm(A)](https://radialmagnet.com/our-magnets/neodymium-magnet-disk-n35-15mm-x-3mma/): Magnet Size: 15mm x 3mm Tolerances: ±0.004" Material: Rare Earth NdFeB Grade of Neodymium: N35 Plating/Coating: Ni-Cu-Ni(Nickel) Brmax: 12,100Gauss BHmax: 35 MGOe Max Temperature: 80℃ /176F Magnetization Direction: Axially Surface Gauss: 2,245.30 Gauss Pull Force: 5.25 lbs Imperial Size: .59" x 0.11"      
- [Neodymium Magnet Disk N35 15mm x 1.5mm(A)](https://radialmagnet.com/our-magnets/neodymium-magnet-disk-n35-15mm-x-1-5mma/): Magnet Size: 15mm x 1.5mm Tolerances: ±0.004" Material: Rare Earth NdFeB Grade of Neodymium: N35 Plating/Coating: Ni-Cu-Ni(Nickel) Brmax: 12,100Gauss BHmax: 35 MGOe Max Temperature: 80℃ /176F Magnetization Direction: Axially Surface Gauss: 1,186.04 Gauss Pull Force: 2.62 lbs Imperial Size: .59" x 0.05"
- [Neodymium Magnet Disk N35 18mm x 2mm(A)](https://radialmagnet.com/our-magnets/neodymium-magnet-disk-n35-18mm-x-2mma/): Magnet Size: 18mm x 2mm Tolerances: ±0.004" Material: Rare Earth NdFeB Grade of Neodymium: N35 Plating/Coating: Ni-Cu-Ni(Nickel) Brmax: 12,100Gauss BHmax: 35 MGOe Max Temperature: 80℃ /176F Magnetization Direction: Axially Surface Gauss: 1,311.96 Gauss Pull Force: 4.19 lbs Imperial Size: .70" x 0.07"    
- [Neodymium Magnet Disk N35 30mm x 3mm(A)](https://radialmagnet.com/our-magnets/neodymium-magnet-disk-n35-30mm-x-3mma/): Magnet Size: 30mm x 3mm Tolerances: ±0.004" Material: Rare Earth NdFeB Grade of Neodymium: N35 Plating/Coating: Ni-Cu-Ni(Nickel) Brmax: 12,100Gauss BHmax: 35 MGOe Max Temperature: 80℃ /176F Magnetization Direction: Axially Surface Gauss: 1,186.27 Gauss Pull Force: 10.49 lbs Imperial Size: 1.18" x 0.118"
- [Neodymium Magnet Ring N35 NiCuNi OD 10mm x ID 4mm x T 3mm(A)](https://radialmagnet.com/our-magnets/neodymium-magnet-ring-n35-nicuni-od-10mm-x-id-4mm-x-t-3mma/): Magnet Size: OD: 10mm x ID 4mm x T 3mm Tolerances: ±0.004" Material: Rare Earth NdFeB Grade of Neodymium: N35 Plating/Coating: NiCuNi Brmax: 12,100Gauss BHmax: 35 MGOe Max Temperature: 80℃ /176F Magnetization Direction: Axially Pull Force: 3.04lb    
- [Neodymium Magnet Ring N35 NiCuNi OD 12mm x ID 4.2mm x 2.7mm(A)](https://radialmagnet.com/our-magnets/neodymium-magnet-ring-n35-nicuni-od-12mm-x-id-4-2mm-x-2-7mma/): Magnet Size: OD: 12mm x ID 4.2mm x T 2.7mm Tolerances: ±0.004" Material: Rare Earth NdFeB Grade of Neodymium: N35 Plating/Coating: NiCuNi Brmax: 12,100Gauss BHmax: 35 MGOe Max Temperature: 80℃ /176F Magnetization Direction: Axially Pull Force: 3.77lb  
- [Neodymium Epoxy Coated Magnet Pot N35 A32](https://radialmagnet.com/our-magnets/neodymium-epoxy-coated-magnet-pot-n35-a32/): Waterproof! Great for outdoor use!
- [Premium Silicone Magnetic Door Stopper (In Black) 2 Pcs](https://radialmagnet.com/our-magnets/premium-silicone-magnetic-door-stopper-in-black-2-pcs/): Both Sides Included (2pcs)
- [Premium Silicone Magnetic Door Stopper (In White) 2 Pcs](https://radialmagnet.com/our-magnets/premium-silicone-magnetic-door-stopper-in-white-2-pcs/): Both Sides Included (2pcs)
- [43mm Rubber Coated Outdoor Magnetic Assembly Base (Holds Up to 24 lbs!)](https://radialmagnet.com/our-magnets/43mm-rubber-coated-outdoor-magnetic-assembly-base-holds-up-to-24-lbs/): Holds up to 24lbs! Rubber Coated for Outdoor Use
- [Neodymium Magnet Ring N35 NiCuNi OD 25mm x ID 20mm x 5mm(A)](https://radialmagnet.com/our-magnets/neodymium-magnet-ring-n35-nicuni-od-25mm-x-id-20mm-x-5mma/): Magnet Size: OD: 25mm x ID 20mm x T 5mm Tolerances: ±0.004" Material: Rare Earth NdFeB Grade of Neodymium: N35 Plating/Coating: NiCuNi Brmax: 12,900Gauss BHmax: 35 MGOe Max Temperature: 80℃ /176F Magnetization Direction: Axially Pull Force: 14.57lb
- [88mm Rubber Coated Outdoor Magnetic Assembly Base (Holds Up to 92 lbs!)](https://radialmagnet.com/our-magnets/88mm-rubber-coated-outdoor-magnetic-assembly-base-holds-up-to-92-lbs/): Holds up to 92lbs! Rubber Coated for Outdoor Use
- [66mm Rubber Coated Outdoor Magnetic Assembly Base (Holds Up to 44 lbs!)](https://radialmagnet.com/our-magnets/66mm-rubber-coated-outdoor-magnetic-assembly-base-holds-up-to-44-lbs/): Holds up to 44lbs! Rubber Coated for Outdoor Use
- [Neodymium Magnet .79″/ 20mm Diameter Fabric / Curtain Magnet with Removable Button](https://radialmagnet.com/our-magnets/neodymium-magnet-79-diameter-fabric-curtain-magnet-with-removable-button/): Use 1 as a magnetic button, Use 2 to keep curtains closed!
- [Neodymium Magnet 1″ Diameter w/ Swivel Carabiner Hook  (Holds Up to 20 lbs!)](https://radialmagnet.com/our-magnets/neodymium-magnet-1-diameter-w-swivel-carabiner-hook-holds-up-to-20-lbs/): Holds up to 20lbs!
- [Neodymium Magnet Bar N35 – L 1.57″ x W .39″ x T .19″(A) with Countersunk Holes](https://radialmagnet.com/our-magnets/neodymium-magnet-bar-n35-l-1-57-x-w-39-x-t-5-withcountersink-holes/): Magnet Size: 1.57" x .39" x .19" Tolerances: ±0.004" Material: Rare Earth NdFeB Grade of Neodymium: N35 Plating/Coating: Ni-Cu-Ni(Nickel) Brmax: 11,900Gauss BHmax: 35 MGOe Max Temperature: 80℃ /176F Magnetization Direction: Through the Thickness Surface Gauss: 5,352.35 Gauss Pull Force: 16.64lbs Metric Size  40mm x 10mm x 5mm  
- [Neodymium Magnet Bar N35 – L 2.36″ x W .53″ x T .2″(A) with #4 Countersunk Holes](https://radialmagnet.com/our-magnets/neodymium-magnet-bar-n35-l2-36-x-w-53-x-t-2-with-countersink-holes/): Magnet Size: 2.36" x .53" x .2" Tolerances: ±0.004" Material: Rare Earth NdFeB Grade of Neodymium: N35 Plating/Coating: Ni-Cu-Ni(Nickel) Brmax: 11,900Gauss BHmax: 35 MGOe Max Temperature: 80℃ /176F Magnetization Direction: Through the Thickness Surface Gauss: 6,428.35 Gauss Pull Force: 42.55lbs Metric Size  60mm x 13.5mm x 5mm  
- [10 Pack of Silver Decorative Swing Magnet Hooks with 10lbs of holding force](https://radialmagnet.com/our-magnets/10-pack-of-silver-decorative-swing-magnet-hooks-with-10lbs-of-holding-force/): Please note that the price is for a pack of 10 magnets.
- [10 Pack of Black Decorative Swing Magnet Hooks with 15lbs of holding force](https://radialmagnet.com/our-magnets/10-pack-of-black-decorative-swing-magnet-hooks-with-10lbs-of-holding-force/): Please note that the price is for a pack of 10 magnets.
- [Neodymium Magnet Pot N35 E42 With Hook (Holds Up to 65 lbs!)](https://radialmagnet.com/our-magnets/neodymium-magnet-pot-n35-e42-with-hook/): Holds up to 65lbs!
- [10 Pack of Decorative Magnet Hooks with 14lbs of holding force](https://radialmagnet.com/our-magnets/10-pack-of-decorative-magnet-hooks-with-14lbs-of-pull-force/): Please note that the price is for a pack of 10 magnets.
- [Neodymium Magnet Block N35 Epoxy Coated 60MM x 10MM x 3MM(A)](https://radialmagnet.com/our-magnets/neodymium-magnet-block-n35-epoxy-coated-60mm-x-10mm-x-3mma/): Magnet Size: 60mm x 10mm x 3mm Tolerances: ±0.004" Material: Rare Earth NdFeB Grade of Neodymium: N35 Plating/Coating: Epoxy Coated Ni-Cu-Ni Brmax: 12100 BHmax: 35 MGOe Max Temperature: 80℃ /176F Magnetization Direction: Through the Thickness Surface Gauss: 5481.05 Pull Force: 17.66lbs
- [Neodymium Magnet Ring N35 NiCuNi OD 19mm x ID 14mm x 5mm(A)](https://radialmagnet.com/our-magnets/neodymium-magnet-ring-n35-nicuni-od-19mm-x-id-14mm-x-5mma/): Magnet Size: OD: 19mm x ID 14mm x T 2mm Tolerances: ±0.004" Material: Rare Earth NdFeB Grade of Neodymium: N35 Plating/Coating: NiCuNi Brmax: 12,900Gauss BHmax: 35 MGOe Max Temperature: 80℃ /176F Magnetization Direction: Axially Pull Force: 11.09lb
- [Neodymium Magnet Block N35 15mm x 6mm x 2mm](https://radialmagnet.com/our-magnets/neodymium-magnet-block-n35-15mm-x-6mm-x-2mm/): Magnet Size: 15mm x 6mm x 2mm Tolerances: ±0.004" Material: Rare Earth NdFeB Grade of Neodymium: N35 Plating/Coating: Ni-Cu-Ni(Nickel) Brmax: 12,100Gauss BHmax: 35 MGOe Max Temperature: 80℃ /176F Magnetization Direction: Through the thickness Surface Gauss: 5,516.47 Pull Force: 4.32 lbs Imperial Size: .59" x .23" x .07"
- [Neodymium Magnet Disk N35 8mm x 3mm(A)](https://radialmagnet.com/our-magnets/neodymium-magnet-disk-n35-8mm-x-3mma/): Magnet Size: 8mm x 3mm Tolerances: ±0.004" Material: Rare Earth NdFeB Grade of Neodymium: N35 Plating/Coating: Ni-Cu-Ni(Nickel) Brmax: 12,100Gauss BHmax: 35 MGOe Max Temperature: 80℃ /176F Magnetization Direction: Axially Surface Gauss: 2,702.77 Gauss Pull Force: 2.80 lbs
- [Neodymium Magnet Block N35 20mm x 5mm x 2mm](https://radialmagnet.com/our-magnets/neodymium-magnet-block-n35-20mm-x-5mm-x-2mm/): Magnet Size: 20mm x 5mm x 2mm Tolerances: ±0.004" Material: Rare Earth NdFeB Grade of Neodymium: N35 Plating/Coating: Ni-Cu-Ni(Nickel) Brmax: 12,100Gauss BHmax: 35 MGOe Max Temperature: 80℃ /176F Magnetization Direction: Through the thickness Surface Gauss: 5,333.76 Pull Force: 4.17 lbs Imperial Size: .78" x .19" x .07"
- [Neodymium Magnet Disk N35 20mm x 2mm(A)](https://radialmagnet.com/our-magnets/neodymium-magnet-disk-n35-20mm-x-2mma/): Magnet Size: 20mm x 2mm Tolerances: ±0.004" Material: Rare Earth NdFeB Grade of Neodymium: N35 Plating/Coating: Ni-Cu-Ni(Nickel) Brmax: 12,100Gauss BHmax: 35 MGOe Max Temperature: 80℃ /176F Magnetization Direction: Axially Surface Gauss: 1,186.16 Gauss Pull Force: 4.67 lbs Imperial Size: .78" x .07"
- [Neodymium Magnet Disk N35 10mm x 10mm(A)](https://radialmagnet.com/our-magnets/neodymium-magnet-disk-n35-10mm-x-10mma-2/): Magnet Size: 10mm x 10mm Tolerances: ±0.004" Material: Rare Earth NdFeB Grade of Neodymium: N35 Plating/Coating: Ni-Cu-Ni(Nickel) Brmax: 12,100Gauss BHmax: 35 MGOe Max Temperature: 80℃ /176F Magnetization Direction: Axially Surface Gauss: 5,400.27 Gauss Pull Force: 11.66 lbs Imperial Size: .39" x .39"
- [Neodymium Magnet Disk N35 12mm x 3mm(A)](https://radialmagnet.com/our-magnets/neodymium-magnet-disk-n35-12mm-x-3mma/): Magnet Size: 12mm x 3mm Tolerances: ±0.004" Material: Rare Earth NdFeB Grade of Neodymium: N35 Plating/Coating: Ni-Cu-Ni(Nickel) Brmax: 12,100Gauss BHmax: 35 MGOe Max Temperature: 80℃ /176F Magnetization Direction: Axially Surface Gauss: 2,702.77 Gauss Pull Force: 4.19 lbs Imperial Size: .47" x .11"
- [Neodymium Magnet Block N35 40mm x 10mm x 5mm](https://radialmagnet.com/our-magnets/neodymium-magnet-block-n35-40mm-x-10mm-x-5mm/): Magnet Size: 40mm x 10mm x 5mm Tolerances: ±0.004" Material: Rare Earth NdFeB Grade of Neodymium: N35 Plating/Coating: Ni-Cu-Ni(Nickel) Brmax: 12,100Gauss BHmax: 35 MGOe Max Temperature: 80℃ /176F Magnetization Direction: Through the thickness Surface Gauss: 5,193.24 Pull Force: 18.61 lbs Imperial Size: 1.57" x .39" x .19"
- [Neodymium Magnet Block N35 10mm x 5mm x 2mm](https://radialmagnet.com/our-magnets/neodymium-magnet-block-n35-10mm-x-5mm-x-2mm/): Magnet Size: 10mm x 5mm x 2mm Tolerances: ±0.004" Material: Rare Earth NdFeB Grade of Neodymium: N35 Plating/Coating: Ni-Cu-Ni(Nickel) Brmax: 12,100Gauss BHmax: 35 MGOe Max Temperature: 80℃ /176F Magnetization Direction: Through the thickness Surface Gauss: 5,476.46 Pull Force: 2.95 lbs Imperial Size: .39" x  .19" x .07"
- [Neodymium Magnet Ring N40 NiCuNi OD 8mm x ID 6mm x T 5mm(A)](https://radialmagnet.com/our-magnets/ring-n40-nicuni-od-8mm-x-id-6mm-x-5mma/): Magnet Size: OD: 6mm x ID 4mm x T 5mm (.23" x .15" x .19")   Tolerances: ±0.004" Material: Rare Earth NdFeB Grade of Neodymium: N40 Plating/Coating: NiCuNi Brmax: 12,900Gauss BHmax: 40 MGOe Max Temperature: 80℃ /176F Magnetization Direction: Axially Pull Force: 5.31lbs  
- [Neodymium Magnet Ring N40 OD 6mm ID 4mm T 5mm(A)](https://radialmagnet.com/our-magnets/neodymium-magnet-ring-n40-od-6mm-id-4mm-t-5mm/): Magnet Size: OD: 6mm x ID 4mm x T 5mm Tolerances: ±0.004" Material: Rare Earth NdFeB Grade of Neodymium: N40 Plating/Coating: NiCuNi Brmax: 12,900Gauss BHmax: 40 MGOe Max Temperature: 80℃ /176F Magnetization Direction: Axially Pull Force: 3.97lbs
- [Neodymium Magnet Block N35 60MM x 10MM x 5mm(A) With 3M Adhesive on the N side](https://radialmagnet.com/our-magnets/neodymium-magnet-block-n35-60mm-x-10mm-x-5mma-with-3m-adhesive-on-the-n-side/): Magnet Size: 60mm x 10mm x 5mm Tolerances: ±0.004" Material: Rare Earth NdFeB Grade of Neodymium: N35 Plating/Coating: Ni-Cu-Ni Brmax: 12100 BHmax: 35 MGOe Max Temperature: 80℃ /176F Magnetization Direction: Through the Thickness Surface Gauss: 5141.27 Pull Force: 22.80lbs
- [Neodymium Magnet Block N35 60MM x 10MM x 3mm(A) With 3M Adhesive on the N side](https://radialmagnet.com/our-magnets/neodymium-magnet-block-n35-60mm-x-10mm-x-3mma-with-3m-adhesive-on-the-n-side/): Magnet Size: 60mm x 10mm x 3mm Tolerances: ±0.004" Material: Rare Earth NdFeB Grade of Neodymium: N35 Plating/Coating: Ni-Cu-Ni Brmax: 12100 BHmax: 35 MGOe Max Temperature: 80℃ /176F Magnetization Direction: Through the Thickness Surface Gauss: 5481.05 Pull Force: 17.66lbs
- [Neodymium Magnet Disk N35 D1.26″ x 1/8″(A) with 3m Adhesive on the N side](https://radialmagnet.com/our-magnets/neodymium-magnet-disk-n35-1-26-x-1-8a-with-3m-adhesive-on-the-n-side/): Magnet Size: D1.26" x 1/8" Tolerances: ±0.004" Material: Rare Earth NdFeB Grade of Neodymium: N35 Plating/Coating: Ni-Cu-Ni(Nickel) Brmax: 12,100Gauss BHmax: 35 MGOe Max Temperature: 80℃ /176F Magnetization Direction: Axially Surface Gauss: 1,171.63 Gauss Pull Force: 11.86 lbs
- [Neodymium Magnet Disk N35 20mm x 3mm(A)](https://radialmagnet.com/our-magnets/neodymium-magnet-disk-n35-20mm-x-3mma/): Magnet Size: 20mm x 3mm Tolerances: ±0.004" Material: Rare Earth NdFeB Grade of Neodymium: N35 Plating/Coating: Ni-Cu-Ni(Nickel) Brmax: 12,100Gauss BHmax: 35 MGOe Max Temperature: 80℃ /176F Magnetization Direction: Axially Surface Gauss: 1,737.72 Gauss Pull Force: 6.99 lbs Imperial Size: .78" x .11"
- [Neodymium Magnet Disk N35 15mm x 2mm(A)](https://radialmagnet.com/our-magnets/neodymium-magnet-disk-n35-15mm-x-2mma/): Magnet Size: 15mm x 2mm Tolerances: ±0.004" Material: Rare Earth NdFeB Grade of Neodymium: N35 Plating/Coating: Ni-Cu-Ni(Nickel) Brmax: 12,100Gauss BHmax: 35 MGOe Max Temperature: 80℃ /176F Magnetization Direction: Axially Surface Gauss: 1,558.07 Gauss Pull Force: 3.51 lbs Imperial Size: .59" x .07"
- [Neodymium Magnet Pot N35 E25 With Hook (Holds Up to 28 lbs!)](https://radialmagnet.com/our-magnets/neodymium-magnet-pot-n35-e25/): Magnet Size: 25MM Tolerances: ±0.004" Material: Rare Earth NdFeB Grade of Neodymium: N35 Plating/Coating: Ni-Cu-Ni Brmax: 11,900Gauss BHmax: 35 MGOe Max Temperature: 80℃ /176F Pull Force: 28.1lbs. UPC: 794969914934  
- [Powerful Double-Sided 60mm Fishing Magnet](https://radialmagnet.com/our-magnets/60mm-fishing-magnet/): Double-Sided super powerful fishing magnet. M8 sized eye.
- [Neodymium Magnet Pot N35H A16](https://radialmagnet.com/our-magnets/neodymium-magnet-pot-n35-ah16/): Magnet Size: 16MM Tolerances: ±0.004" Material: Rare Earth NdFeB Grade of Neodymium: N35 Plating/Coating: Ni-Cu-Ni Brmax: 11,900Gauss BHmax: 35 MGOe Max Temperature: 120℃ /248F Pull Force: 9.25lbs. UPC: 794969914903  
- [Neodymium Magnet Rod N35 D3/8″ x 1 1/2″(A)](https://radialmagnet.com/our-magnets/neodymium-magnet-rod-n35-d3-8-x-1-1-2a/): Magnet Size: 3/8" x 1.5" Tolerances: ±0.004" Material: Rare Earth NdFeB Grade of Neodymium: N35 Plating/Coating: Ni-Cu-Ni Brmax: 11,900Gauss BHmax: 35 MGOe Max Temperature: 80℃ /176F Magnetization Direction: Axially Surface Gauss: 5,681.68 Pull Force: 42.33 lbs
- [Neodymium Magnet Disk Sensor N35 D3mm(A) x 2.5mm | 100% sorted with a max 3-degree angle deviation](https://radialmagnet.com/our-magnets/neodymium-magnet-disk-sensor-n35-d3mm-x-2-5mma-100-sorted-with-a-max-3-degree-angle-deviation/): Find this magnet on Digi-Key
- [Neodymium Magnet Block N52 1.5” x ¼” x ¼”(A)](https://radialmagnet.com/our-magnets/neodymium-magnet-block-n52-1-5-x-%c2%bc-x-%c2%bca/): Digi-Key Part Number: 469-9168-ND View this magnet on Digi-Key
- [Neodymium Magnet Disk Sensor N35SH D4mm(A) x 2.5mm | 100% sorted with a max 3-degree angle deviation](https://radialmagnet.com/our-magnets/neodymium-magnet-disk-sensor-n35sh-d4mm-x-2-5mma-100-sorted-with-a-max-3-degree-angle-deviation/): Find this magnet on Digi-Key
- [Neodymium Magnet Pot N35 D1.19″ X 0.19″ Thick](https://radialmagnet.com/our-magnets/neodymium-magnet-pot-n35-d1-19-x-0-19-thick/): Magnet Size: 1.19" X .19" Tolerances: ±0.004" Material: Rare Earth NdFeB Grade of Neodymium: N35 Plating/Coating: Ni-Cu-Ni(Nickel) Brmax: 11,900Gauss BHmax: 35 MGOe Max Temperature: 80℃ /176F Magnetization Direction: Axially Surface Gauss: 1,844 Gauss Pull Force: 12.05 lb Weight: 0.271 oz  
- [Neodymium Magnet Ring N35SH OD 1/4″ x ID 1/8″ x 0.1″(A)](https://radialmagnet.com/our-magnets/neodymium-magnet-ring-n35sh-od-1-4-x-id-1-8-x-0-1a/): Digi-Key Part Number: 469-9055-ND View this magnet on Digi-Key
- [Neodymium Magnet Block N35SH 2″ x 2″(A) x 1″](https://radialmagnet.com/our-magnets/neodymium-magnet-block-n35sh-2-x-2a-x-1/): High Heat Tolerance!