Steel Unidirectional Thrust Ball Bearing 2.36in Bore 0.67in Length

Overview

This steel unidirectional thrust ball bearing is engineered to support high axial loads in a single direction while maintaining exceptional rotational stability. Designed for heavy-duty industrial environments, the unit features a precise 2.36-inch bore and a 3.35-inch outside diameter, ensuring compatibility with standard shaft configurations. With a compact overall length of 0.67 inches, this component delivers robust performance without requiring excessive axial space. Constructed entirely from hardened steel, it provides superior wear resistance and structural integrity under demanding operating conditions, making it an essential choice for applications where precise axial positioning and maximum load capacity are critical requirements.

Key Features

Hardened steel construction ensures long service life and resistance to deformation Unidirectional design optimized for high axial load support in one direction Compact 0.67-inch profile allows for installation in space-constrained assemblies Precision-ground raceways minimize friction and ensure smooth rotational movement High dimensional accuracy supports reliable performance in vertical and horizontal mounts Engineered to withstand significant stress in heavy machinery and power transmission systems

Specifications

Bore Diameter: 2.36 in Outside Diameter: 3.35 in Overall Length: 0.67 in

Material

Hardened Steel Load Direction: Unidirectional (Single Direction) Inside Diameter: 2.36 in Pack Quantity: 1 Unit

Applications

Vertical pump assemblies requiring stable axial support Machine tool spindles needing precise positioning under load Heavy-duty gearboxes and power transmission equipment Industrial robotics joints subject to thrust forces Automotive clutch release mechanisms Hydraulic turbines and large-scale fluid handling systems Press machinery and metal forming equipment This bearing serves as a critical component in any system where axial forces must be managed efficiently to prevent shaft displacement and ensure operational continuity. Its robust steel build quality makes it particularly suitable for environments with potential exposure to moderate contaminants or varying thermal conditions, provided appropriate lubrication and sealing protocols are followed. By integrating this unit into your mechanical design, you achieve a balance of durability, precision, and load-bearing capability essential for modern industrial productivity.