Metal Powders for Friction Materials
Iron-based powders and alloyed powder options can be reviewed for brake pads, friction components and related industrial friction material applications.
Application Overview
Metal powders can be used in friction materials such as brake pads, clutch components, friction plates and related automotive or industrial friction applications.
Suitable powder selection depends on the friction material formulation, required friction coefficient, wear resistance, thermal stability, particle size distribution and processing conditions.
Key Requirements
Powder selection for friction materials depends on formulation compatibility, particle size distribution, thermal behavior, wear resistance, friction stability and processing requirements.
Stable Friction Performance
Suitable powder grades can help support stable friction behavior and consistent performance in brake pads and friction components.
Wear Resistance
Powder selection can be reviewed according to target wear resistance, service life and working conditions.
Thermal Stability
Friction material powders should be reviewed according to processing temperature, heat resistance and application requirements.
Controlled Particle Size
Controlled particle size distribution supports stable mixing, dispersion and processing performance in friction material formulations.
Formulation Compatibility
Powder grades can be reviewed according to resin system, metal content, fillers, additives and current formulation requirements.
Consistent Quality
Stable chemical composition and physical properties help support repeatable production and reliable product performance.
Related Products
The following powder categories can be reviewed for brake pads, friction components and related friction material applications. Product recommendations can be adjusted according to formulation, particle size distribution, thermal behavior, wear resistance and target performance.
Iron Powder
Sponge / Reduced Iron Powder
FCR20.12
Reduced Iron Powder
A reduced iron powder grade for brake pads, friction components and related friction material formulations requiring suitable particle size, stable chemistry and reliable processing performance.
FCR40.24
Reduced Iron Powder
A reduced iron powder grade that can be reviewed for friction material applications requiring stable quality, controlled particle size and consistent formulation performance.
FCR80.13
Reduced Iron Powder
A reduced iron powder grade suitable for brake pads and friction components requiring stable chemistry, reliable processing performance and controlled powder characteristics.
FCR100.24
Reduced Iron Powder
A reduced iron powder grade for friction material formulations requiring suitable particle size distribution, stable quality and cost-effective performance support.
FLD20.16
Reduced Iron Powder
A reduced iron powder grade that can be reviewed for brake pads, friction components and related friction material applications according to formulation requirements.
FLD80.17
Reduced Iron Powder
A reduced iron powder grade for friction material formulations requiring stable powder quality, suitable particle size and reliable processing consistency.
FLD80.19
Reduced Iron Powder
A reduced iron powder grade suitable for friction material applications requiring controlled particle size, stable chemistry and consistent product performance.
NAR80
Reduced Iron Powder
A reduced iron powder grade that can be discussed for friction materials requiring stable quality, suitable powder characteristics and reliable formulation performance.
NAR100
Reduced Iron Powder
A reduced iron powder grade for brake pads and related friction components requiring controlled particle size and stable processing performance.
NAS100
Sponge Iron Powder
A sponge iron powder grade suitable for friction material formulations requiring stable quality, suitable particle size and cost-effective performance support.
NAS200
Sponge Iron Powder
A sponge iron powder grade that can be reviewed for brake pads, friction components and related applications according to formulation and performance requirements.
Custom Support & Technical Discussion
Our team can recommend suitable powder grades according to your friction material type, formulation, target particle size distribution, wear resistance, thermal stability, processing method and performance requirements.
TDS, COA, samples and quotations can be provided upon request.
Grade Recommendation
Suitable powder grades can be recommended according to your friction material application, formulation and technical requirements.
TDS & COA Available
Technical data sheets and certificates of analysis can be provided for product evaluation and quality review.
Sample Support
Samples can be arranged for laboratory testing, formulation trials and production evaluation.
Quotation Support
Quotations can be prepared based on grade, quantity, packaging, shipping terms and project requirements.
Need Help Selecting the Right Powder Grade?
Send us your application details, target specification, current supplier grade or required quantity. Our team will review your requirements and recommend suitable powder options.