Industrial Pipes

Select pipe material based on the media (water, chemicals, gas) and operating temperature; common materials are PVC/CPVC for corrosive liquids, steel (carbon or stainless) for high pressure or temperature, and copper for HVAC and potable water. Choose wall thickness or 'schedule' according to required pressure rating and applicable codes; consult pressure-temperature charts for the chosen material

Measure required inside or outside diameter, wall thickness, and total length for each run, and confirm whether nominal pipe size or actual dimensions are used in your spec. Account for fittings (elbows, tees, couplings) and connection types (threaded, welded, flanged, grooved) and order compatible sizes and pressure ratings

Look for pipes and fittings that meet relevant industry standards such as ASTM, ASME, API, or ISO depending on the application, and ensure pressure ratings and material grades are specified; for potable water or food use, check NSF/ANSI or equivalent approvals

Establish a regular inspection schedule to check for corrosion, leaks, mechanical damage, and joint integrity; implement cleaning, cathodic protection, or coating maintenance as required and replace damaged sections promptly to prevent system failure

Threaded and solvent-welded joints are common for small-diameter or low-pressure runs; welded or flanged connections are preferred for high-pressure, high-temperature, or removable sections; grooved couplings offer faster assembly for mechanical systems—choose based on pressure, accessibility, and code requirements

Store pipes on flat, stable supports to prevent bending and off the ground to avoid moisture exposure; protect ends and threaded/finished surfaces from damage, and follow temperature and UV exposure limits for plastics to prevent material degradation