81212 -TV INA cylindrical roller thrust bearing

81212-TV INA Cylindrical Roller Thrust Bearing – Reliability and Performance for Your Machinery

The 81212-TV INA cylindrical roller thrust bearing is engineered to handle high axial loads while maintaining maximum durability. Produced by the renowned SCHAEFFLER Group, it is an ideal solution for demanding industrial applications on 60 mm shafts. Utilizing high-grade bearing steel and an innovative glass-fiber reinforced polyamide cage (TV), it ensures exceptional operational efficiency and reliability.

Advantages and Benefits of the 81212-TV INA Roller Bearing

• High Durability: Manufactured from through-hardened bearing steel, ensuring resistance to fatigue wear and extending the component's life cycle.
• Friction Reduction: The glass-fiber reinforced polyamide cage minimizes rolling resistance, leading to lower heat generation and reduced energy consumption.
• Precise Parameters: An outside diameter of 95 mm and a bore diameter of 60 mm allow for stable seating and easy installation in standard machine housings.
• Operational Stability: The cylindrical roller design provides high system rigidity, essential for precision mechanisms.

Applications of the 81212-TV INA Roller Bearing

This product is widely utilized across key industrial sectors:

• Automotive Industry – in main transmissions and vehicle drivetrain systems.
• Construction Machinery – in rotation mechanisms for cranes, excavators, and heavy demolition equipment.
• Machine Engineering – in CNC machine tools, spindles, and hydraulic presses.
• Industrial Automation – in rotary tables, robotics, and material handling systems.

Quality Assurance by SCHAEFFLER

By choosing the INA brand, you invest in technology from a global leader. The 81212-TV bearing meets the strictest ISO quality standards, guaranteeing full operational safety and reliability for your machinery.

Don't wait! Check the price and boost your equipment's performance. Add to cart the 81212-TV INA bearing today and choose proven engineering solutions.