1. Brake Pads and Linings
Friction Modulation:
The inherent lubricity of flake graphite helps achieve a stable and optimal friction coefficient, ensuring consistent braking performance.
Thermal Management:
With excellent thermal conductivity, flake graphite efficiently dissipates heat generated during braking, reducing the risk of overheating and associated wear.
Noise Reduction:
The inclusion of flake graphite contributes to quieter braking by dampening vibrations and minimizing noise.
Enhanced Durability: Its high-temperature resistance and chemical stability protect brake pads from degradation, extending their service life.
Common Grades and Specifications:
The selection of flake graphite for brake pads depends on specific performance requirements. Manufacturers offer various grades with differing carbon content and particle sizes. For instance, high-purity natural flake graphite with carbon content ranging from 94% to 99.99% and particle sizes from -100 mesh to -325 mesh is commonly used.
Incorporating the appropriate grade of flake graphite into brake pad formulations ensures optimal performance, safety, and longevity of braking systems.
For more detailed information on high-quality natural flake graphite products suitable for brake pad applications, please visit Qingdao Xinghe Graphite Co., Ltd..
2. Clutch Materials
Friction Stabilization: Flake graphite's inherent lubricity helps achieve a stable and optimal friction coefficient, ensuring consistent engagement and disengagement of clutch components.
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Thermal Management: With excellent thermal conductivity, flake graphite efficiently dissipates heat generated during clutch operation, reducing the risk of overheating and associated wear.
Wear Resistance: The inclusion of flake graphite enhances the wear resistance of clutch facings, leading to extended service life and reduced maintenance requirements.
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Noise Reduction: Flake graphite contributes to quieter clutch operation by dampening vibrations and minimizing noise during engagement.
3. Friction Discs for Heavy Machinery
Application: Used in friction discs in heavy machinery such as mining equipment and construction machinery.
Function: Graphite aids in maintaining a stable coefficient of friction under high load conditions, improving braking performance and extending the life of friction discs.
4. Industrial Friction Applications
Application: In friction blocks and sliding bearings used in various industrial applications such as conveyors, crushers, and presses.
Function: Graphite helps reduce wear and provides a stable frictional surface, which is essential for smooth, continuous operation in industrial machinery.