Synthetic Graphite for Friction Materials
Yuai's’ synthetic graphite for friction materials boasts outstanding high-temperature resistance. It maintains stable physical and chemical properties under high temperatures, unlike some organic materials that tend to decompose or melt easily. For instance, when frequent braking sharply raises the temperature of automotive brake pads, graphite keeps the performance of friction materials largely consistent.
This synthetic graphite features superior chemical stability and rarely reacts with other substances. It retains its inherent properties in diverse complex working conditions, helping sustain the quality and performance of friction materials.
Specifications: 0-0.2mm, 0.2-0.5mm, 0.5-0.8mm, 0.8-1mm
Application: Primarily used for braking and transmission components of friction materials for automobiles, trains, motorcycles, bicycles, aircraft, drilling rigs, agricultural machinery and industrial equipment, including brake pads, brake shoes, clutch facings, brake blocks, brake bands and brake segments.
Features: The graphite offers excellent lubricity. Thanks to its layered crystal structure with weak interlayer forces, the graphite layers slide against one another during friction. This delivers a lubricating effect, lowers the friction coefficient, and reduces noise and vibration.
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Coke Powder For Friction Materials
Specifications: 0-0.2mm, 0.2-0.5mm, 0.5-0.8mm, 0.8-1mm
Application: Primarily applied to braking and transmission components made of friction materials for automobiles, trains, motorcycles, bicycles, aircraft, drilling rigs, agricultural machinery and industrial machinery, including brake pads, brake shoes, clutch facings, brake shoes, brake bands and brake blocks.
Features: Our coke powder for friction materials delivers excellent lubricity. Its graphite adopts a layered crystal structure with weak interlayer forces. The layers slide against each other during friction, providing lubrication, reducing friction coefficient, noise and vibration.
It also features remarkable high-temperature resistance. Graphite maintains stable physical and chemical properties at high temperatures and will not decompose or melt easily like certain organic materials. For example, when frequent braking causes a sharp temperature rise on automotive brake pads, graphite ensures consistent performance of friction materials. With high chemical inertness, it barely reacts with other substances. It retains its inherent properties under various complex operating conditions, helping sustain the quality and performance of friction materials.
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