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Magnets
What to put on a neodymium magnet drawing: typical dimensional ranges, geometric controls, magnetic acceptance windows, coating allowances, chip criteria and a drawing checklist.
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Nickel-copper-nickel, zinc, epoxy and parylene compared on corrosion resistance, hardness, adhesive bonding, temperature, biocompatibility and cost — plus how to choose one and what to put on the drawing.
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Our new Rare Earth Market & Sourcing Tracker puts NdPr, dysprosium and terbium prices, China's export controls, U.S. tariffs and the key 2026–2027 dates on one page, with what each means for the magnets you buy.
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Neodymium magnets explained: what they are, grades N35–N52, coatings, shapes, and applications — plus how to source stocked or custom NdFeB magnets.
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Axial, diametric, true radial and segmented ring magnets produce different fields and different manufacturing constraints. How each is made, where each fits, and what to put on the drawing.
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What the letter after a neodymium grade actually means, how the N/M/H/SH/UH/EH/AH classes are defined, and how to pick one from your real operating temperature, magnet geometry and opposing field.
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Practical guide to reading Br, Hcb/Hcj, BHmax, demagnetization curves, temperature coefficients, tolerances, pull force and minimum-versus-typical values.
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A roundup of everything recently added to radialmagnet.com — five new engineering calculators, faster sourcing and quoting tools, a self-serve compliance center, an expanded resource library, and new industry pages.
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Procurement guide to selecting NdFeB magnets by grade, temperature, dimensions, magnetization, coating, magnetic circuit, documentation and supplier controls.
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