7200 ACD/P4A 10*30*9 mm Super Precision High Capacity Single Row Angular Contact Ball Bearing

Super-precision, high-capacity, single row angular contact ball bearing

The 7200 ACD/P4A bearing,with a bore diameter of 10 mm, outside diameter of 30 mm, and width of 9 mm, features precise dimensions, high static load capacity, and is manufactured to the P4A precision grade.This bearing delivers superior performance and reliability, making it ideal for applications that require high rotational accuracy and stability.

What's the Performance Features of 7200 ACD/P4A Bearing?

The 7200 ACD/P4A angular contact ball bearing is manufactured to P4A precision grade standards, excels in high-precision and high-performance applications. It handles both radial and axial loads simultaneously, supports high-speed operation with stability, minimizes torque and friction for energy efficiency, and offers enhanced rigidity for accuracy under heavy loads. Built with hybrid ceramic balls, this durable bearing ensures extended service life and effective performance across a wide temperature range, making it ideal for applications requiring superior rotational accuracy and reliability.

What's the Applications of the 7200 ACD/P4A Bearing?

The 7200 ACD/P4A bearing, a precision angular contact ball bearing,is an indispensable component across a wide range of industries, ensuring high performance and reliability in applications such as financial specialized equipment, chillers, hermetically sealed refrigeration compressors, shoe manufacturing machinery, material handling technology, vane compressors, corrosion-resistant fans, gear units, smelting equipment, lifting table milling machines, shearing and bending machines, presses, chemical separation equipment, industrial pumps, high-temperature resistant fans, rubber machinery, drilling machines, screw-type chillers, air conditioning pumps, and metallurgical equipment. Its precision, stability, and efficient operation make it critical for enhancing the functionality and durability of these diverse mechanical systems.