Thin Wall Ball Bearings, Metal Shielded and Rubber Sealed, Bearing Steel, 6800-6810 Series, ZZ 2Z 2RS Models (6804 20x32x7mm Silver)

Discover superior performance with these precision-engineered thin wall ball bearings from the comprehensive 6800-6810 series. These bearings feature an innovative thin wall design that maximizes space efficiency while maintaining exceptional load capacity. Available in both metal shielded (ZZ, 2Z) and rubber sealed (2RS) variants, these bearings offer versatile protection against dust and debris in various operating environments. Crafted from high-grade bearing steel, they deliver consistent, smooth operation and outstanding durability. The series encompasses multiple size options, making them ideal for applications where space is at a premium without compromising on performance. Their precision construction ensures minimal friction and optimal rotation, while the choice between shielded and sealed designs allows you to select the most suitable protection level for your specific application. These bearings are particularly well-suited for automotive, industrial machinery, and precision equipment applications where reliable, space-efficient operation is crucial.

• THIN WALL DESIGN: Space-saving construction reduces weight while maintaining structural integrity, ideal for compact machinery and equipment where space is limited
• DUAL PROTECTION OPTIONS: Available in metal shielded (ZZ/2Z) and rubber sealed (2RS) variants to protect against dust, dirt, and contaminants in various operating environments
• PREMIUM BEARING STEEL: Manufactured from high-grade bearing steel for exceptional durability, smooth rotation, and extended service life in demanding applications
• COMPREHENSIVE SIZE RANGE: Complete series from 6800 to 6810 models provides versatile sizing options to fit a wide variety of automotive, industrial, and mechanical applications
• VERSATILE APPLICATIONS: Suitable for use in automotive clutch systems, electric motors, conveyor systems, and precision machinery requiring reliable rotational performance