Industrial Plastic Pipes

The socket-style design makes installation quick and simple. You just apply solvent cement and push the pipe in. The bond becomes permanent and leak-free within hours. These connectors work well in

This is our chlorinated PVC solution for hot systems. The pipe runs continuously at 93°C. It can handle short spikes up to 110°C. The distinctive orange color makes it easy to identify on job sites.

This pipe has thicker walls than standard CPVC. This gives it higher pressure ratings. The pipe runs at 93°C with working pressures above 1.6MPa. You can use it for industrial hot water circulation,

This pipe is made from polypropylene homopolymer. It offers excellent heat resistance up to 100°C. It also resists chemicals well. Density is only 0.91 g/cm³. This makes installation easy because the

This product is made from polyvinylidene fluoride, a high-performance fluoroplastic. It offers exceptional chemical resistance. The pipe withstands strong acids, strong bases, organic solvents, and

This product is a high-density polyethylene pipe. It offers excellent strength, toughness, and durability. It is ideal for buried piping systems. The pipe resists corrosion and aging. It withstands

This pipe is engineered for systems that run under pressure. It uses premium unplasticized PVC with carefully calculated wall thickness. The pipe can handle working pressures from PN0.6 to PN1.6MPa.

This pipe is built for aggressive chemical transport. It uses unplasticized PVC with a stable molecular structure. The pipe resists most acids, alkalis, and salt solutions effectively. You can run it

This pipe is made for potable water systems. It uses food-grade UPVC material with no heavy metals or harmful plasticizers. The pipe meets national drinking water hygiene standards. You can install

This pipe is designed for underground cable protection. It has high compressive strength and excellent insulation properties. The pipe protects cables from mechanical damage and soil corrosion.

This pipe is made for domestic and industrial hot water transport. It runs continuously at 93°C. It can handle short spikes up to 110°C. The pipe has low thermal conductivity to reduce heat loss. The

This pipe combines heat resistance with chemical resistance. It handles most strong acids, strong bases, and organic solvents. It also withstands media temperatures up to 93°C. This makes it ideal