Iron powder for friction material applications
Impart thermal conductivity properties to the product to assist in heat dissipation, improving the performance of brake materials and reducing wear!
This is an introduction to the applications of iron powder as a friction material handled by Heganes Japan Co., Ltd. *You can view the selection guide for friction material applications from the [catalog download].
basic information
Friction materials are used in the brakes of automobiles, motorcycles, aircraft, trains, and special vehicles, as well as in various industrial applications. Simply put, they are used as materials for brake pads and brake linings that stop vehicles and other equipment. Heganes' iron powder is used as a filler in friction materials, imparting thermal conductivity properties to the products and aiding in heat dissipation, contributing to improved performance and reduced wear of brake materials. Heganes' reduced iron powder (sponge iron powder) exhibits excellent bonding properties in the matrix structure of friction materials. Its very high internal porosity (voids) reduces brake noise and achieves significantly superior wear resistance of rotors and pads compared to other metal materials. 【Examples of friction material applications】 ■ Automotive brake pads as OEM or replacement parts ■ Commercial vehicles ■ Trains ■ Aircraft ■ Clutches ■ Various industrial applications □ For other functions and details, please contact us.
Price information
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Delivery Time
Applications/Examples of results
For more details, please contact us.
Line up（6）
| Model number | overview |
|---|---|
| R12 | Hydrogen-reduced sponge iron powder with low apparent density and coarse particles, widely used for resin-bonded and sintered friction materials. |
| M20/80-19 | Carbon-reduced sponge iron powder with moderate to low apparent density and coarse particles, ideal for resin-bonded friction materials. |
| MH65.17 | Carbon-reduced sponge iron powder with moderate apparent density and fine particles, widely used for resin-bonded friction materials. |
| LD80 | Hydrogen-reduced sponge iron powder with moderate apparent density and fine particles, widely used for resin-bonded and sintered friction materials. |
| P100 | Hydrogen-reduced sponge iron powder with high apparent density and fine particles, frequently used for medium to heavy-duty friction applications. |
| Mh40.24 | Carbon-reduced sponge iron powder with high apparent density and medium particles, ideal for resin-bonded friction materials. |
