Value Collection L25002250 Air Cylinder Accessory

Product Description

The VALUE COLLECTION L25002250 is a polyurethane air cylinder accessory designed for use with pneumatic cylinder assemblies in industrial and mechanical applications. This small-profile component provides cushioning, sealing, or bumper protection depending on its position within the cylinder assembly. Polyurethane construction offers good abrasion resistance and durability compared to standard rubber alternatives. At 0.0625 pounds, this is a lightweight replacement or add-on part suited for technicians maintaining pneumatic systems in production, HVAC mechanical rooms, or automated equipment installations.

This accessory is used in pneumatic cylinder maintenance and repair across a range of industrial settings. It is typically installed by maintenance technicians, millwrights, or mechanical contractors during cylinder rebuilds or preventive maintenance cycles. Its compact form factor makes it appropriate for tight cylinder assemblies where material durability is a priority over metal components.

Key Features

• Polyurethane construction for abrasion resistance and longevity in pneumatic service
• Lightweight at 0.0625 pounds, suitable for small cylinder assemblies
• Single-unit packaging allows targeted replacement without excess inventory
• Compatible with air cylinder assemblies requiring polyurethane-grade accessories

Compatibility

Designed as an OEM-style replacement accessory for pneumatic air cylinder assemblies requiring polyurethane components. Verify cylinder model and accessory position before ordering.

Installation Notes

Depressurize and lock out the pneumatic system completely before servicing any cylinder component. This part should be installed by a qualified maintenance technician or mechanical contractor familiar with pneumatic cylinder assemblies. Consult the cylinder manufacturer service documentation for correct placement and orientation. Follow applicable workplace safety and compressed air system standards during installation.