81230 -M INA cylindrical roller thrust bearing

Thrust Cylindrical Roller Bearing 81230-M INA – Reliability and Performance for Industrial Machinery

Introduction to the 81230-M INA Thrust Cylindrical Roller Bearing

The 81230-M INA thrust cylindrical roller bearing is designed to provide outstanding performance and durability in demanding industrial applications. Manufactured from high-quality bearing steel, this bearing offers excellent resistance to heavy loads and long-term wear, making it an ideal solution for machines requiring reliable axial load support.

Advantages and Benefits of the 81230-M INA Thrust Cylindrical Roller Bearing

• High durability: Made from premium bearing steel to ensure excellent wear resistance and extended service life.
• Reduced friction: The brass cage supports smooth rolling motion, reducing friction and improving machine efficiency.
• Easy installation: Standard dimensions (outer diameter 215 mm and bore diameter 150 mm) allow quick integration into many mechanical systems.
• Versatile application: Suitable for various industries, including automotive, construction machinery, and heavy industry.

Applications of the 81230-M INA Thrust Cylindrical Roller Bearing

The 81230-M INA bearing is widely used in multiple industrial sectors, including:

• Automotive industry – in engines and drive systems.
• Construction machinery – in equipment such as cranes and excavators.
• Heavy industry – in machines operating under high axial loads.

Quality Assurance from a Renowned Manufacturer

The 81230-M INA bearing is produced by SCHAEFFLER, a globally recognized manufacturer of precision mechanical components. With decades of engineering expertise and continuous innovation, SCHAEFFLER ensures the highest standards of quality, reliability, and operational performance.

Check the price today and add the 81230-M INA thrust cylindrical roller bearing to your cart to improve the efficiency and reliability of your machinery. Contact us for additional information or professional assistance in selecting the right bearing solution.