JCB Bush 65x55x70 – Heavy-Duty Bush for JCB Backhoe Loaders

The JCB Bush 65x55x70 is a high-quality, precision-engineered bushing designed for JCB backhoe loaders and other heavy construction equipment. Manufactured from premium-grade alloy material, this bush ensures smooth movement, reduced friction, and long-lasting performance in high-load applications. Whether used in the boom, dipper, or bucket linkage, this bush helps maintain perfect alignment and enhances the overall durability of your machine.

Designed for rugged site conditions, the 65x55x70 bush is built to handle continuous motion, extreme pressure, and heavy mechanical stress—making it an essential component in the pin and bush assembly system of JCB machinery.

Precision-Machined Bush for Reliable Performance

The inner and outer surfaces of the bush are CNC-machined to tight tolerances, ensuring a perfect fit with compatible pins. This minimizes operational noise, prevents misalignment, and enhances the efficiency of your machine. The bush also acts as a buffer between metal components, preventing premature wear and reducing maintenance costs.

Key Features of JCB Bush 65x55x70

• Premium Alloy Construction: Made with high-strength steel/bronze alloy for maximum durability and impact resistance.

• Precision Tolerances: Accurately machined to ensure a perfect fit, smooth rotation, and reduced friction.

• High Load Capacity: Designed to withstand heavy pressure from continuous lifting and digging operations.

• Corrosion & Wear Resistant: Performs reliably in dusty, muddy, and moisture-rich working environments.

• Extended Service Life: Helps protect pins and other linkage components, reducing downtime and repair cost.

Applications

The JCB Bush 65x55x70 is commonly used in:

• JCB 3DX and JCB 3CX Backhoe Loaders

• Boom and dipper pivot points

• Bucket and loader arm assemblies

• Pin and bush linkage mechanisms

• Heavy-duty construction, mining, and earthmoving machinery

This bush is ideal for areas requiring smooth rotational movement and long-term stability under extreme mechanical loads.