Industrial Tubing

Select tubing diameter to match the fittings and internal flow requirements; choose wall thickness (schedule or gauge) based on the pressure rating and mechanical strength needed, ensuring it meets the system's maximum operating pressure and any relevant codes

Common materials include stainless steel for corrosion resistance and high temperature, copper for thermal conductivity and fittings compatibility, and various plastics (PVC, PTFE, nylon) for chemical resistance and flexibility; pick material based on the fluid type, temperature, pressure, and environmental exposure

Yes—ensure tubing inner diameter and end finish match fitting types (compression, push-to-connect, barbed), verify chemical compatibility between tubing material and the conveyed fluid, and confirm temperature and pressure ratings are compatible with the system

Look for industry-relevant standards and certifications such as ASTM, ISO, FDA (for food/medical contact), or pressure and burst test data; supplier test reports or material safety data sheets (MSDS) help verify compliance for your application

Store tubing flat or on reels in a cool, dry area away from UV and chemicals; inspect regularly for abrasion, kinks, discoloration, or leaks and replace sections that show wear; follow manufacturer cleaning and installation guidelines to prevent premature failure

Prices vary widely by material and size—budget options often under $50 for basic flexible tubing, while specialty materials and larger-diameter or high-pressure rated tubing can cost more; higher-cost tubing typically reflects better material properties, certifications, and pressure/temperature performance

Many tubing types can be cut and joined by trained personnel using proper tools: tubing cutters or saws for clean cuts, deburring tools, and appropriate fittings or clamps; for metal or high-pressure systems, specialized swaging, flaring, or welding equipment and trained installers may be required