Quick-disconnect bushing

cast ironsteelcorrosion resistance

Product Overview
Taper Lock bushes are precision‑machined sleeves for secure shaft mounting and efficient torque transmission. Manufactured from premium-grade cast iron or steel, these bushes enable straightforward mounting and removal of pulleys, sprockets and couplings while maintaining accurate shaft alignment and reducing vibration.

Features

• Manufactured from cast iron or steel.
• Precision machining for accurate shaft fit.
• Designed for high torque transmission.
• Quick installation and removal.
• Interchangeable with standard taper lock systems.
• Available in a wide range of bore sizes (metric and imperial).
• Good wear resistance for extended service life.
• Optional corrosion‑resistant surface finishes.

Applications

• V-belt pulleys
• Timing pulleys
• Poly V pulleys
• Sprockets
• Couplings
• Conveyor systems
• Industrial machinery
• Agricultural equipment
• Material handling equipment

Benefits

• Secure, low-vibration shaft connection.
• Reduced installation and maintenance time.
• Easy replacement without damaging shafts or components.
• Durable performance under demanding conditions.
• Suitable for heavy-duty power transmission.
• Available in standard and custom specifications.

Available Options

• Standard taper lock bushes
• QD (Quick Detachable) bushes
• Custom bore sizes and keyway configurations
• Metric and imperial bore options
• Manufacture to customer drawings and specifications

Technical specifications

• Material: Cast iron or steel.
• Manufacturing: Precision machining for accurate shaft fitting.
• Performance: High torque capacity and wear resistance.
• Installation: Quick mounting and removal; compatible with standard taper lock systems.
• Bore options: Wide range of bore sizes; metric and imperial options; custom bores on request.
• Variants: Standard taper lock and QD (Quick Detachable) versions.
• Surface finishes: Optional corrosion-resistant finishes.
• Production: Can be manufactured to customer drawings and specifications.