Neodymium Channel Doors, Cabinets or Gun Mount Magnets w/ Screws, Block Magnet Embedded In Steel Channel, U-Channel NdFeB Magnet with Countersink Mounting Holes, Bar Magnet in Channel, Magnetic Door Latch, holding magnets channels assemblies, Magnetic Device, powerful U-shaped magnetic assemblies China Supplier Neodymium Channel Doors, Cabinets or Gun Mount Magnets w/ Screws Specifications: Item No.: […]
Permanent Ferrite Industrial Magnet, Injection Plastic Ferrite Magnet Assembly, Anisotropic Ferrite Multipolar Ring Magnet, Custom Magnet for magnetic motor or rotor parts, Bonded Ferrite Plastic Permanent Magnets China supplier
Permanent Ferrite Industrial Magnet Assembly Features:
Composite: Ferrite Magnet
Application: Industrial Magnet
Size: Customized Magnet Size
Magnetism direction: Axial
Packing Magnets+ Small Carton+ Green Foam + Big Carton
Delivery Time Shipped in 10 days after payment
Used motor,living room, office, car…
Injection molded (bonded) magnets made from Nd, SmCo, Fe: Injection Ferrite Magnet Assembly
Injection molded Ferrite, mfg method can be either isotropic or anisotropic, plastic binder options of Nylon, PPS, etc.
Injection molded Neodymimum, isotropic mfg, neodymium-iron-boron with duroplastics and thermoplastics.
Plastic-bonded permanent magnets, mfg method can be either isotropic or anisotropic production, samarium-cobalt with optional plastic binders
Ceramic, also known as ferrite, magnets are made of a composite of iron oxide and barium carbonate (BaCo3) or strontium carbonate (SrCO3).
Widely available since the 1950’s, this material is commonly available and at a lower cost than other types of materials used in permanet magnets.Ceramic magnets are made using pressing and sintering. Sintered magents are a type of ceramic composed of the compressed powder of the alloy material being used.Sintering involves the compaction of fine alloy powder in a die and then fusing the powder into a solid material with heat. While the sintered magets are solid ,their physical properties are more similar to a seramic and are easily broken and chipped.
Beneficial characteristics of ceramic magnets include their low cost, high coercive force, resistance to corrosion, and high heat tolerance. Drawbacks include their low energy product or “strengh”, low mechanical strengh, and the ferrite poweder on the surface of the material which can rub of and cause soiling.