Clutch Release Bearing B42

The B42 Clutch Release Bearing was developed specifically to optimize the performance of clutch systems in automotive and industrial equipment. Its high-strength stamped steel housing combines structural stability with efficient heat dissipation. Its internal raceways and rolling elements are engineered to effectively resist wear and fatigue under extreme loads. The bearing's integrated self-aligning mechanism compensates for slight misalignments in the transmission system, ensuring stable contact with the diaphragm spring, thereby preventing excessive heat and premature wear. This is crucial for smooth clutch engagement and disengagement. The bearing's oil-resistant nitrile rubber (NBR) seal prevents contaminants and maintains the long-lasting performance of the high-temperature grease, significantly reducing friction losses during operation. Precision manufacturing ensures precise raceway geometry, effectively reducing noise and vibration, making it particularly suitable for diaphragm spring clutch systems.

The B42 bearing excels in both passenger vehicles and heavy machinery, maintaining stable performance under diverse operating conditions. Its one-piece design facilitates installation and is compatible with a variety of clutch fork configurations. Its patented contact geometry optimizes load distribution and enhances operational stability. The bearing can withstand high axial forces and rotational speeds, and is suitable for scenarios such as commercial vehicles and agricultural equipment that require frequent gear changes. By reducing torque resistance and optimizing power transmission efficiency, the B42 not only reduces operating intensity, but also helps improve fuel economy. To adapt to harsh environments, the bearing uses corrosion-resistant coatings and precision-machined parts to extend its service life in dusty and high-humidity conditions. In summary, with its innovative engineering design and practical structure, the B42 has set a benchmark for reliability and performance in clutch release systems, and can meet the ever-increasing needs of modern powertrain technology.