anisotropic bonded neodymium magnet online manufacture

MGT-13-09 80-200um Rare Earth Magnetic Powder Product Introduction Rare earth magnetic powders are robust everlasting magnets made from uncommon earth detail alloys. Rare-earth magnets, evolved within the ... Read More

PVC Coating 300GS To1500GS Small Squares Rubber Ferrite Magnets Rubber Ferrite Magnets For Elevator Compared with other permanent magnets such as neodymium magnets, samarium cobalt magnets and alnico magnets, ... Read More

Silver 9.2kGS Rare Earth Permanent Magnetic Powder Product Introduction Rare earth magnetic powders are strong permanent magnets made of rare earth element alloys. Rare-earth magnets, developed in the 1970s and ... Read More

HCNT-240 HCB 4.94 Magnetic Compound What are NdFeB compounds? Neodymium-iron-boron compound is the most widely used type of rare earth magnet compound. It is a permanent magnet made of an alloy of neodymium, ... Read More

HCNTP70HL Density(g/cm3) 5.31 NdFeB Compound What is NdFeB compound? Neodymium iron boron compound is one of the most widely used rare earth magnet compounds. It is a permanent magnet made of an alloy of ... Read More

HCNTP-35BL Density 4.67 Instrumentation NdFeB Compound NdFeB Compound NdFeB compounds have high-quality magnetic houses and are broadly utilized in electronics, motors, clinical devices, toys, packaging, ... Read More

HCSFY270L Melt Flow Rate (g/10min)270 10kg 260 Compound SmFeN Magnets SmFeN Magnets Sm 2 Fe 17 N x rare earth permanent magnet material has excellent endowment magnetic properties, its saturation magnetization ... Read More

Flexible Rust-Proof Rubber Magnets SmFeN Magnetic Sheet SmFeN Magnets SmFeN magnets, also known as Sm2Fe17N3, have been anticipated as a potential choice for the next generation of permanent magnet materials ... Read More

HCNTP-40L Hcj 11.00 NdFeB Compound Introduction of NdFeB material NdFeB is composed of neodymium metal, pure iron and boron iron, with the chemical symbol Nd2Fe14B, which is made by adding some metal elements ... Read More