Coilhose Pneumatics PE021-100BD Polyurethane Tube 100 Ft

Product Description

The COILHOSE PNEUMATICS PE021-100BD is a flexible polyurethane pneumatic tube rated for use in compressed air and fluid transfer applications. It measures 0.062 inches inner diameter by 0.125 inches outer diameter and comes in a 100-foot coil. The blue tubing is manufactured to a 50 Shore D hardness, balancing flexibility with kink resistance. It carries a maximum working pressure of 120 psi and handles temperatures from -60 degrees F to 200 degrees F, making it suitable for both refrigerated and high-heat environments. Licensed HVAC technicians, pneumatic system technicians, and industrial maintenance professionals typically specify and install this tube.

This tubing is designed for use in pneumatic control lines, instrumentation runs, and light fluid transfer systems where a small-bore, lightweight tube is required. It is compatible with Coilock Push-to-Connect Fittings and Poly-Tube Fittings, making it a direct fit for common pneumatic plumbing assemblies in residential, commercial, and light industrial settings. The 100-foot coil length provides enough material for a full panel or zone installation without splicing.

Key Features

• Flexible polyurethane construction with 50 Shore D hardness for kink resistance in routed runs
• Rated to 120 psi maximum working pressure
• Wide temperature range: -60 degrees F to 200 degrees F
• FDA and NSF 51 certified for food-contact and sanitary applications
• Compatible with Coilock Push-to-Connect and Poly-Tube push-in fittings
• Blue color coding for quick identification in multi-line installations

Compatibility

Designed for use with Coilock Push-to-Connect Fittings and Poly-Tube Fittings as specified by the manufacturer.

Installation Notes

Depressurize the system completely before cutting or connecting tubing. Use a clean, square tube cut to ensure a proper seal with push-to-connect fittings; ragged or angled cuts can cause leaks under pressure. Route tubing away from sharp edges and heat sources to prevent abrasion or thermal damage. Verify all fitting connections are fully seated before restoring system pressure and inspect for leaks at operating pressure.