Design Criteria: Disc Magnet or Ring Magnet?
Choosing between disc, block, or ring magnets in industrial design. The impact of shape on magnetic field lines and assembly ease.
Technical articles, application guides and industry news
Choosing between disc, block, or ring magnets in industrial design. The impact of shape on magnetic field lines and assembly ease.
What do the neodymium magnet grades N35, N42, and N52 mean? A guide to MGOe (Mega Gauss Oersted) values and quality selection.
How is magnet strength measured? Learn about Gaussmeter usage, Tesla conversions, and real industrial Pull Force measurement methods.
Magnet application areas in steel, automotive, and recycling industries. High efficiency provided by magnetic systems on production lines.
Where are magnets used? Discover the primary industrial applications of magnets, ranging from automotive and medicine to automation and energy.
Technical differences between Ferrite (Ceramic) and Neodymium magnets. A B2B guide on temperature resistance, corrosion, pull force, and cost.
Which magnet type is the strongest in the world? Learn about Neodymium (NdFeB) magnets, their pull force, lifting capacities, and heavy industry role.
How do magnets work? An engineering guide to electron spins, magnetic poles, and the physical principles behind industrial magnetism.
What is a Neodymium (NdFeB) magnet? Learn how it is produced, its Gauss rating, pull force, and its critical B2B industrial applications.
Select the best magnet for your application. A B2B engineering guide on neodymium vs ferrite, pot magnets, pull force, and temperature criteria.
What is the difference between N35, N42, and N52 neodymium magnets? A B2B engineering guide on grades, pull force, and high-temp M, H, SH series.
What is a fishing magnet and how is it used? Heavy-duty underwater recovery magnets, pull capacities, and safety recommendations.