The Φ430 ceramic-based clutch driven plate uses high-performance ceramic-based friction material, which is resistant to high temperatures, wear, and thermal degradation, ensuring smooth transmission and reliable engagement. It is compatible with various heavy-duty truck clutch systems, and when combined with a shock-absorbing structure to buffer impacts, it improves transmission efficiency and service life, making it suitable for heavy-duty, high-intensity transportation conditions.
This is a Φ430 ceramic-based clutch driven disc, a core component of heavy-duty truck transmission systems.
Material and Structure: Utilizes ceramic-based friction plates, offering excellent high-temperature resistance and wear resistance; the center disc is made of high-strength alloy steel, with multiple built-in damping springs to effectively buffer transmission impact; the spline sleeve features needle roller bearings to reduce frictional resistance during disengagement.
Compatible Models: Widely used in mainstream heavy-duty trucks such as Sinotruk Howo, Shaanxi Automobile Delong, and Foton Auman, compatible with 330-540 horsepower engines. The Φ430 ceramic-based clutch driven plate is a core component of the heavy-duty truck transmission system, connecting the engine and gearbox to ensure smooth starting and shifting, and determining power transmission efficiency and vehicle lifespan. Its ceramic-based friction plates offer significant advantages over traditional materials: high temperature resistance (withstanding temperatures above 350℃), wear resistance, stable friction coefficient, corrosion resistance, and minimal thermal degradation, making it suitable for heavy-duty conditions. Combined with a high-strength alloy steel center plate and damping springs, it buffers torque impacts. This product is compatible with Φ430 clutch assemblies and is compatible with mainstream heavy-duty trucks such as Sinotruk Howo and Shaanxi Delong, as well as Eaton and Fast clutch systems, making it suitable for long-distance heavy-duty and engineering transportation scenarios.Avoid prolonged periods of semi-clutch operation and heavy-load starts during use. Conduct regular checks and replace with compatible products.
The Φ430 ceramic-based clutch driven plate uses high-performance ceramic-based friction material, which is resistant to high temperatures, wear, and thermal degradation, ensuring smooth transmission and reliable engagement. It is compatible with various heavy-duty truck clutch systems, and when combined with a shock-absorbing structure to buffer impacts, it improves transmission efficiency and service life, making it suitable for heavy-duty, high-intensity transportation conditions.