Industrial Plastic Tubing

Select tubing based on chemical compatibility, pressure and temperature ratings, flexibility, and size (inner/outer diameter). Match material (e.g., PVC, polyurethane, PE, PTFE) to the fluids and environmental conditions, and verify burst/working pressure for your system

Confirm inner diameter (ID) for flow requirements and outer diameter (OD) for fitting compatibility, plus wall thickness for pressure. Check whether fittings use barbed, push-to-connect, compression, or flange connections and ensure matching tubing material and size

Use tubing with a working pressure higher than your system’s operating pressure and a burst pressure that provides a safety margin; verify temperature ratings to ensure material retains strength and chemical resistance at your expected operating temperatures

PTFE and fluoropolymers offer broad chemical resistance; polyurethane and nylon resist abrasion well; PVC is economical and weather-resistant for many applications, while UV-stable plastics or protective sleeving are recommended for prolonged sunlight exposure

Inspect for kinks, cracking, discoloration, and leaks regularly; replace tubing showing wear or reduced flexibility. Use proper clamps and supports to prevent mechanical stress and follow cleaning procedures compatible with the tubing material

Flexible tubing eases routing and vibration damping but may have lower pressure ratings and greater permeability; rigid tubing maintains shape under pressure and higher flows but can be harder to install and more susceptible to shock

Prices vary by material, diameter, length, and specialized properties (chemical resistance, reinforced construction); budget options are often available under $50 for short lengths or common materials, while specialty or reinforced tubing commands higher prices