Steel Thrust Ball Bearing 1.18 in Bore 2.05 in OD for Industrial, Pkg Qty 2

Overview

This steel thrust ball bearing is engineered for high-load industrial applications requiring precise axial support and rotational stability. Designed as a unidirectional component, it efficiently manages axial forces in a single direction while minimizing friction to ensure smooth machinery operation. The unit features a 1.18-inch bore diameter and a 2.05-inch outside diameter, with a compact length of 0.63 inches that allows for integration into tight assembly envelopes without sacrificing structural integrity. Constructed from durable hardened steel, this bearing delivers exceptional wear resistance and operational reliability under demanding conditions, making it an ideal choice for heavy-duty equipment where long service life is critical.

Key Features

Unidirectional design optimized for managing axial loads in one direction Hardened steel construction provides superior wear resistance and durability Compact 0.63-inch length fits within restricted spatial constraints Precision engineering ensures minimal friction during high-speed rotation Smooth raceway geometry reduces heat generation and energy loss Sold in packages of two to facilitate immediate replacement or dual installation

Specifications

Bore Diameter: 1.18 in Outside Diameter: 2.05 in Overall Length: 0.63 in

Material

Hardened Steel Load Direction: Unidirectional (Single Direction) Package Quantity: 2 units per pack Inside Diameter: 1.18 in Component Type: Thrust Ball Bearing

Applications

Industrial gearboxes requiring robust axial load management Automotive transmission systems needing precise shaft alignment Heavy-duty pumps and compressors operating under high pressure Machine tool spindles where rotational accuracy is paramount Vertical shaft applications such as water turbines and cranes Packaging machinery with repetitive start-stop cycles Agricultural equipment exposed to dust and debris environments This bearing serves as a critical component in any mechanical system where axial forces must be isolated from radial loads to prevent premature failure. Its hardened steel build quality ensures it can withstand significant stress while maintaining dimensional stability over extended operational periods. By reducing friction between moving parts, it contributes to overall system efficiency and lowers maintenance requirements for facility managers and plant operators.