0769-23388351
  • Neodymium Fan Shaped Magnet Processing

    Neodymium Fan Shaped Magnet Processing

    The above outlines the processing techniques for fan-shaped (arc-shaped) neodymium magnets: wire cutting + forming grinding. This represents the mainstream solution for motor magnet processing today.... ...More>>

    2026-01-27
  • What type of magnet has a magnetic flux density of 4000 G?

    What type of magnet has a magnetic flux density of 4000 G?

    A magnetic flux density of 4000G refers to the strength of a magnetic field. G is the unit for gauss, so 4000G indicates a magnetic field strength of 4000 gauss, equivalent to 0.4 Tesla (T). This intensity typically corresponds to very strong permanent magnets.... ...More>>

    2026-01-07
  • Magnet surface with two magnetic poles ≠ planar 2 pole magnet

    Magnet surface with two magnetic poles ≠ planar 2 pole magnet

    Therefore, having two poles on one surface merely means two polarities appear on the magnet's surface—it does not equate to a planar 2 pole magnet.... ...More>>

    2025-11-27
  • Difference between encoder magnetic ring and magnetic ring

    Difference between encoder magnetic ring and magnetic ring

    The above outlines key distinctions between encoder magnetic rings and standard magnetic rings. Our company customizes various multi-pole encoder magnetic rings, radial magnetic rings, and axial magnetic rings, supporting injection molding, bonded, and sintered processes to meet diverse precision and application requirements.... ...More>>

    2025-10-28
  • What is the smallest size achievable for precision ferrite magnets?

    What is the smallest size achievable for precision ferrite magnets?

    The above is about the minimum size that precision ferrite magnets can be processed. Because ferrite has weak magnetic force, if the size is too small, it may not achieve the desired effect. It is generally recommended to be above 2mm.... ...More>>

    2025-10-28
  • Ultra thin disc magnets are ideal for magnetic cards or dolls

    Ultra thin disc magnets are ideal for magnetic cards or dolls

    Our company offers custom ultra-thin circular magnets below 1mm thickness. Whether you require 0.8mm, 0.6mm, 0.5mm, or other thicknesses, we can accommodate your needs. Please contact us for pricing inquiries.... ...More>>

    2025-10-24
  • What kind of magnets are mainly used in micro motors?

    What kind of magnets are mainly used in micro motors?

    Now, most micro motor manufacturers use neodymium magnets, and a few motor manufacturers also use samarium cobalt magnets and ordinary ferrite magnets. The shapes are mainly ring-shaped and arc-shaped. The following is an introduction to the use of magnets for micro motors.... ...More>>

    2025-10-21
  • Teach you know arc segment magnet [parameter application diagram]

    Teach you know arc segment magnet [parameter application diagram]

    For the new people who just contact the magnet industry, the curved magnet must be very strange. What does each part of the curved segment magnet represent? What is the correct written form of tile? Mainly used in what products, today, courage magnet manufacturers (in China) Xiaobian to talk to you.... ...More>>

    2025-10-15
  • Magnetic Ring Types for Magnetic Encoders

    Magnetic Ring Types for Magnetic Encoders

    The magnetic ring materials used for detection in magnetic encoders typically include ferrite (sintered/injection-molded/rubber) and neodymium (injection-molded/bonded). Magnetic ring types can be categorized as single-pole magnetic rings, multi-pole magnetic rings, multi-pole dual-track magnetic ri... ...More>>

    2025-09-25
  • How strong is a 40mm neodymium magnets?

    How strong is a 40mm neodymium magnets?

    NdFeB magnet is the strongest commercial permanent magnet, the magnetic strength is very high, so it is widely used in industry, electronics, motors and daily life, this article will introduce you to 40mm neodymium magnets how strong unfolding introduction.Neodymium magnets, especially those with a... ...More>>

    2025-09-01
WHAT ARE YOU STILL HESITATING? CONTACT US NOW!

EMAIL US