MTA9100 Metal Fiber

MTA9100 Metal Fiber main image 1 MTA9100 Metal Fiber main image 2

MTA9100 Metal Fiber

MTA9100 metal fiber is a short metal fiber that is as thin as hair, made using the "chatter vibration cutting method". It can be used for various purposes such as resin filler materials and antibacterial filters.

Characteristic

  • It's fiber so it tangles easily
  • High mechanical strength
  • Thermal and electrical conductivity
  • High abrasion resistance
  • Excellent high-temperature strength
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MTA9100 Metal FiberMTA9100 Metal staple fiber Product lineup
Fiber sizes from 10 to 90 μm in thickness and 1 to 10 mm in length are available.

MTA9100 Metal Fiber Product lineup table 1

Field of adaptation

MTA9100 Metal Fiber Product lineup table 2

Free samples (about 100g) are available.
Please feel free to contact us.

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Prototype of sintered sheetSintered sheet using MTA9100 Metal Fiber

The magnetic properties of the MTA9100 metal powder result from the magnetic properties of iron.
This result can be expected to change significantly by adjusting the ratio of iron to copper.

  • Metal Fiber Prototype 01

    Sintered sheet with thickness of 450µ
    Use MTA9100-FB30-1

  • Metal Fiber Prototype 02

    Sintered sheet with a thickness of 50μ
    Use MTA9100-FB10-1

Electromagnetic wave shield characteristicsMTA9100 Metal fiber sintered sheet for electromagnetic wave shield measurement

This is the result of measuring electromagnetic shielding of a sintered sheet with a thickness of 50 μ by the KEC method.
High shielding properties are observed in both electric and magnetic fields.

50μ fiber sheet Electric field shield test (KEC method)

  • Sintered sheet with a thickness of 50μ
    Use MTA9100-FB10-1

50μ fiber sheet Magnetic field shield test (KEC method)

  • Sintered sheet with thickness of 450µ
    Use MTA9100-FB30-1

This is the measurement result of electromagnetic shielding of a sintered sheet with a thickness of 450μ. As you can see, there are very large shielding characteristics in both electric and magnetic fields. For reference, here are the results of electromagnetic wave shielding measurements of a polyimide film with a thickness of 1μ deposited by sputtering, showing high shielding properties even at 1μ.