pipeline

SimplAir Aluminum Piping The new SimplAir piping system from Ingersoll Rand uses marine-grade aluminum pipes to efficiently distribute leak-free supplies of high-flow compressed air and other inert gasses and support vacuum systems as well. For lower cost, higher performance, easier installation, and less maintenance than systems made of competing materials, the Simplair piping system is the best choice. All-metal system — Safer and more reliable than plastic High pipe-to-fitting engagement — Increases structural integrity Corrosion-resistant — Minimizes turbulence and pressure loss Recyclable piping material — Aluminum piping material can be recycled Lightweight and easy to handle — Up to 90% lighter than comparable steel piping Easy to install/modify — For faster, simpler setups and changes All-metal system — Safer and more reliable than plastic High pipe-to-fitting engagement — Increases structural integrity Corrosion-resistant — Minimizes turbulence and pressure loss Recyclable piping material — Aluminum piping material can be recycled Lightweight and easy to handle — Up to 90% lighter than comparable steel piping Easy to install/modify — For faster, simpler setups and changes

PPR Pipe is a Pipe made from polypropylene Random copolymer (Polypropylene Random copolymer type 3). Our PPR pipes are designed for the distribution of cold and hot water having long-lifetime of over 50 years even in the cold and high temperatures and stress pressure situations. PPR piping provides easy installation as compared to all other piping systems, and our pipes are widely used in Compressed air installations and other industrial applications. We are technically strong for PPR Piping Projects and can help you with your piping needs. Polypropylene has a higher melting point and, correspondingly, a higher decomposition temperature. Pure isotactic polypropylene melts at 176° C. Maximum operating temperature is 120-140º C. All polypropylene products withstand boiling and can be subjected to steam sterilization, without any change in their shape and mechanical properties.