Huco Reducing Bush Brass, Bore Diameter 6mm, Outside Diameter 8mm, Length 8.1mm, Operating Temperature -40°C to +85°C 255.22

Huco 255.22 reducing bush is a high-quality mechanical power transmission component made of brass, designed to adapt bore sizes in hubs and couplers. With a bore diameter of 6mm, outside diameter of 8mm, and length of 8.1mm, it provides a precise fit for shafts used in industrial power transmission systems.

This Reducing Bush enables efficient use with acetal fork type universal joints, adjustable friction clutches, nickel bellows couplers, and Uni-lat zero backlash shaft couplings. It functions as a ring clamp when fitted into hubs with set screws, securing the shaft without causing damage or marking, which allows shafts to be removed or repositioned multiple times without disturbing the bush.

Manufactured to close tolerances, the bush ensures adequate contact area and grip on the shaft, supporting reliable torque transmission. The operating temperature range of -40°C to +85°C makes it suitable for various industrial applications, including mechanical power transmission in manufacturing, automation, and fluid power systems.

Its precision and durability make the Huco 255.22 ideal for industrial, laboratory, construction, and HVAC use cases where reliable shaft coupling and bore adaptation are required.

Constructed from durable brass material for longevity and strength. Bore diameter measures 6mm, ensuring compatibility with suitable shafts. Outside diameter is 8mm with length of 8.1mm for precise fitment. Operating temperature range extends from -40°C to +85°C for versatile applications.

Designed to function as a ring clamp in hubs with set screws without marking shafts. Shafts can be repositioned or removed repeatedly without disturbing the bush. Ideal for use with acetal fork type universal joints, adjustable clutches, and zero backlash couplers.

Manufactured to close tolerance standards for optimal grip on shafts. Explore more products in the Industrial Supplies category at EnvMart to meet your mechanical power transmission requirements.