Brand: GATES
GATES AX 26 Precision Axial Thrust Ball Bearing – High Speed Industrial Power Transmission
The GATES AX 26 is a premium single-direction axial thrust ball bearing engineered for applications requiring high rigidity and accurate alignment under significant axial load. Featuring separable components (shaft washer, housing washer, and ball cage assembly), the AX 26 simplifies mounting and maintenance procedures while ensuring maximum efficiency. Constructed from high-grade chrome steel, this bearing is designed to handle moderately high rotation speeds and prevent premature fatigue failure in demanding industrial environments where purely axial forces dominate the load profile. Its robust design minimizes friction, leading to cooler operation and extended service life.
Optimized for critical machinery such as vertical pumps, worm gears, crane hooks, and rotary tables, the GATES AX 26 guarantees reliable performance and reduces costly downtime. The GATES brand commitment ensures dimensional accuracy compliant with ISO standards, providing perfect interchangeability with major competitor designs. Selecting the AX 26 means investing in superior durability and the advanced engineering required to maintain peak operational performance in heavy-duty power transmission systems. Trust GATES quality for reduced operational noise and superior long-term value.
Key Features
Separable Components: Allows for independent mounting of shaft and housing washers, significantly simplifying installation.
Exceptional Axial Load Capacity: Designed exclusively to handle high thrust loads in one direction.
High-Speed Capability: Optimized cage design allows for smooth operation at moderately high rotation speeds.
Low Friction Design: Reduces heat generation and energy consumption, extending lubrication life.
ISO Standard Dimensions: Ensures direct interchangeability with standard 511 series equivalents from major manufacturers.
Durable Steel Construction: Manufactured from hardened chrome steel for maximum longevity and resistance to fatigue.
