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At Adams, we offer advice and design assistance, plan requirements, and even remind you when your stock is running low. To use this resources section, just type in a keyword to locate a specific resource, or select a product line from the drop down menu to see all the resources online for that product. If you don’t find what you’re looking for, just ask. We're here to help.
Adams Stock and Custom Products Catalog 2018
We are delighted to share our 2018 catalog with you. We've added updated information about our fabrication capabilities, available in Elmhurst, IL and Carlsbad, CA. We've also added new neodymium holding assemblies, a MAGbond Magnetic Media System overview, and high energy wide-format magnetic sheet (40" wide and still printable!). If you'd prefer to receive a hard copy of this catalog, let us know.
Adams ClingMAG Magnet Sheet with Micro-Suction
ClingMAG™ combines two separate holding technologies, magnetic holding force, and micro-suction holding force to produce a thinner and lighter magnet that addresses potential challenges with magnet signage. The micro-suction silicon layer on the back helps to reduce magnet particle migration
while it increases the holding force of the magnet, keeping it from sliding.
Adams 2016 Hard Magnet Materials Catalog
(7MB) Featuring a magnet materials overview, chart of materials properties and demagnetization curves for Neodymium, Samarium Cobalt, Ceramic (Ferrite) and Alnico materials offered by Adams.
Chart of Material Properties
Displays each permanent magnet material along with its Maximum Energy Product: Bhmax, Residual Flux Density: Br Gauss, Coercive Force: Hc Oersteds, Intrinsic Coercive Force: Hci Oersteds and Maximum Operating Temperature: C / F.
Breakaway Force of a Magnet
Explains the test methods used to determine how much force it takes to pull a magnet directly away from the surface it is attached to.
Samarium Cobalt Product Specifications
Samarium Cobalt (or SmCo) magnets are strong permanent magnets made of an alloy of samarium and cobalt. They are known for their high magnetic strength, exceptional temperature resistance, and reliable performance without oxidation protection. As a result, they are more suitable for certain applications than Neodymium magnets.