We specialize in hard to find items
(2)
MAG-MATE F1405 Ceramic 8 Ring-Shaped Magnet Material, Magnet Material with Center Hole for Mounting and Centering, 3.5 lbs. Holding Capacity, 1.723’’ OD x 0.705" ID x 0.250" Thickness
Share Tweet
*Price and Stocks may change without prior notice
*Packaging of actual item may differ from photo shown
- Electrical items MAY be 110 volts.
- 7 Day Return Policy
- All products are genuine and original
- Cash On Delivery/Cash Upon Pickup Available
MAG-MATE F1405 Ceramic 8 Ring-Shaped Magnet Features
-
Magnet Composition: Ceramic magnet material is a nonmetallic mix made from iron oxide, strontium ferrite, and metal oxides, which is calcined and wet ball milled to fine particles, binders are added, and then compacted in a press under high temperature.
-
High-Energy Material: Our permanent ceramic 8 magnetic ring is a lightweight, high-energy, hard, brittle, dense black, and non-conductive material that is difficult to grind and cannot be E.M.D.’d, machined, or drilled using normal methods.
-
Performance and Temperature Range: The ceramic magnet material, with a thin cross-section, exhibits optimal performance when exposed to temperatures below 350°F and cannot withstand temperatures exceeding 480°F.
-
Ceramic Magnet with Center Hole: With a 3.5 lb. holding capacity, 1.723" outer diameter, 0.705" inner diameter center hole 0.250" thickness, our ceramic magnet material is ideal for mounting, centering, or accommodating probes, lights, etc.
-
MAG-MATE Brand: MAG-MATE provides a vast range of premium magnetic assemblies and tools using rare earth magnets, ceramic magnets, and electromagnets. Renowned for our unwavering reliability, we cater to diverse industrial needs.
About MAG-MATE F1405 Ceramic 8 Ring-Shaped Magnet
The MAG-MATE F1405 Ceramic 8 Ring-Shaped Magnet Material is a nonmetallic compound made of iron oxide, strontium ferrite, and trace metal oxides that undergoes a meticulous manufacturing process involving calcination, wet ball milling, compaction, and high-temperature firing in kilns. The resulting shapes are precisely cut and ground using diamond tools. Known for their lightweight and relatively high energy, ceramic magnets are hard, brittle, and nonconductive, posing challenges for traditional methods. Despite difficulties in grinding and traditional methods like machining and drilling, it finds applications in slabs or rings magnetically oriented through their thickness. Our ceramic magnetic ring operates optimally below 350°F and cannot withstand temperatures exceeding 480°F. The permanent ceramic 8-magnet material, with a holding value of 3.5 lbs., is designed for reliability. Its ring magnet configuration, featuring a center hole, offers versatility for mounting, centering, or incorporating probes and lights.
