UCLC206-18

Design Features of UCLC206-18

UCLC206-18 are designed with a cylindrical or rectangular housing that encloses a precision bearing insert, allowing the unit to slide into a machined bore for accurate shaft support. The housing provides uniform load distribution and excellent concentricity, making these cartridge bearing units well-suited for applications requiring precise alignment. Sealed bearing inserts and robust housing materials enhance contamination resistance, operational stability, and service life in demanding industrial environments.

What Benefits Can UCLC206-18 Provide?

• High Alignment Accuracy: The cartridge-style housing fits precisely into a machined bore, ensuring excellent concentricity and stable shaft alignment.
• Compact and Integrated Design: The enclosed structure saves space while combining bearing and housing into a single, easy-to-handle unit.
• High Load Distribution Capability: Uniform load transfer through the housing reduces localized stress and enhances bearing performance under continuous operation.
• Enhanced Protection and Reliability: Sealed bearing inserts protect against dust, moisture, and contaminants, extending service life in harsh environments.
• Simplified Installation and Maintenance: Cartridge units can be quickly installed or replaced without complex alignment procedures, reducing downtime and maintenance costs.

What Can UCLC206-18 Be Used for?

• Heavy-Duty Conveyor Systems: They provide stable shaft support in conveyor rollers and pulleys, especially where precise alignment is required.
• Material Handling and Bulk Processing Equipment: Widely used in crushers, feeders, and screening machines operating under continuous or high-load conditions.
• Mining and Quarry Machinery: Applied in harsh environments where robust housings and effective sealing are critical for reliable performance.
• Steel, Cement, and Power Plants: Used in industrial equipment requiring high load capacity, long service life, and easy replacement.
• General Industrial Machinery: Suitable for gearboxes, rotating assemblies, and large mechanical systems where accurate shaft positioning and durability are essential.