드라이브 액슬 휠 오일 씰

소개

A drive axle wheel oil seal is a mechanism that seals the driving shaft and the wheel. Its primary duty is to keep lubricating oil from leaking from the drive shaft’s end and to keep external pollutants and contaminants out of the drive shaft system. The drive bearing is in charge of conveying power and carrying the vehicle’s weight. Lubricating oil aids in the lubrication and cooling of the bearing. The oil seal is placed at the tire end of the driveshaft, next to the wheel. It is often constructed of rubber or a rubber composite material and has excellent oil and wear resistance.

기술 데이터

인증 표준

• ISO 9001: This is an international standard for certifying quality management systems. Manufacturers of Drive Axle Wheel Oil Seals can demonstrate that their quality management system meets international standards by obtaining ISO 9001 certification.
• ISO/TS 16949: ISO/TS 16949 is an international technical specification for supply chain quality management systems, primarily in the automobile sector. With ISO/TS 16949 certification, producers of Drive Axle Wheel Oil Seals may demonstrate conformity with their quality management systems in the automotive sector.
• ASTM D2000: The American Society for Testing and Materials (ASTM) rubber material specification. Drive Axle Wheel Oil Seal manufacturers can adhere to ASTM D2000 guidelines to guarantee that the performance and quality of their rubber materials satisfy the standards.
• SAE J200: The Society of Automotive Engineers (SAE) created this classification and specification for rubber materials. Drive Axle Wheel Oil Seal makers can use SAE J200 criteria to pick appropriate rubber materials and guarantee that their performance satisfies requirements.

장점 및 기능

1. The primary role of the Drive Axle Wheel Oil Seal is to offer dependable sealing performance. It prevents lubricant leaking at the drive shaft’s end and guarantees lubricant circulation throughout the drive shaft system. This keeps the bearings lubricated and cool, hence increasing their life.
2. Keeps impurities Out: The driveshaft tire seal also keeps impurities out of the driveshaft system. It prevents dust, moisture, silt, and other external pollutants from entering bearings and other important components. This helps to limit the danger of wear and damage while also ensuring the appropriate operation of the driveshaft system.
3. Oil resistance: Drive Axle Wheel Oil Seal is often comprised of oil-resistant rubber materials such as nitrile rubber (NBR) or fluoroelastomer (FKM). This allows it to be utilized in a lubricating oil environment for an extended period of time and has strong resistance to lubricating oil erosion.
4. Wear Resistance: Because the drive shaft system is subjected to a high degree of torque and strain, the Drive Axle Wheel Oil Seal must be resistant to wear. It prevents tire rotational friction and wear, assuring sealing performance and long-term durability.
5. Temperature adaptability: Drive shaft tire oil seals must typically perform in a variety of temperatures ranging from low to high. A high-quality driveshaft tire oil seal retains its sealing effectiveness and suppleness throughout a wide temperature range, ensuring dependability in a wide range of weather situations.

결론

The drive axle wheel oil seal is vital as it seals the driving shaft and wheel, preventing lubricant leaks and pollutants from entering the drive shaft system. Generally, it comprises of rubber or a rubber composite material that has excellent oil and wear resistance. ISO 9001, ISO/TS 16949, ASTM D2000, and SAE J200 certify the seal. Its main purpose is to offer dependable sealing performance, preventing lubricant leakage and keeping impurities at bay, while providing oil resistance. It is frequently fashioned from nitrile rubber or fluoroelastomer, making it fitting for prolonged use in lubricating oil environments. It also resists wear, warding off tire rotational friction and wear, hence guaranteeing long-lasting robustness. Additionally, it is temperature-adaptable, ensuring effective sealing and flexibility even in a wide temperature range.