Polypropylene copolymer (PP-C) piping system is a polyolefin and semi-crystalline thermoplastic system that is known for its high strength, durability, and resistance to chemicals and environmental stress. Polypropylene Pipe is widely used in various industrial and municipal applications, including chemical processing, water treatment, and irrigation systems. PP Pipes Fittings are appropriate for a wide range of chemicals and depending on the application they can withstand temperatures up to 92C. Sangir pipe reduces pressure loss and particle deposition significantly due to the extremely smooth surfaces. Longer service life because of improved chemical resistance and reduced stress crack risk and increased impact strength ensures safe pipe installation and assembly even at low temperatures. Unlike traditional piping materials, PP-C Piping is lightweight, which makes it easy to handle and install. This reduces installation time and costs and makes it an ideal choice for large-scale projects.

Polypropylene homopolymer (PP-H) piping system is a polyolefin and semi-crystalline thermoplastic system made from the polymerization of only propylene. PPH pipe has high tensile strength, which makes it suitable for use in aggressive and abrasive applications where other piping materials would be damaged. Sangir’s engineered PPH piping system is manufactured in accordance with DIN 8077 for hydrostatic design basis and follows SDR (Standard dimensional ratio) and PN (Nominal pressure in bar) pressure rating, which is the same in all diameters. SDR 11 = 150 PSI = PN 10 bar. PP-H piping is highly resistant to chemicals, acids, and alkalis, that are found in various industrial applications. PPH pipe fittings’ unique combination of properties, makes it an ideal choice for use in pickling plants chemical processing industry, pulp & paper, nuclear power, non-ferrous extraction, pharmaceutical, WTP & WWTP, and Food & beverage industries, where harsh chemicals and high temperatures prevail.

PVDF Piping System has outstanding barrier properties, which allow better protection of the environment from leakages of hazardous chemicals. PVDF Pipe Fittings is a polymer containing carbon, hydrogen, and fluorine. Fluorine, the giant molecule, ensures the stability of the polymer chain. PVDF Pipes are considered one of the most inert substances on earth. It has the advantage of absolute corrosion suppression, even under varying process conditions, compared to other materials. Fittings PVDF has the characteristic properties of high resistance to chemical attack intrinsic to all fluoropolymers based on the increased strength of the carbon-fluorine atom bond.

Unplasticized non-pressure Polyvinyl Chloride (PVC-U) pipes for use in underground drainage and sewerage systems are covered under IS 15328:2003. This standard specifies the requirement for plain ended or equipped with integral sockets for solvent-cement welding or joining with elastomeric sealing rings pipes made of unplasticized polyvinyl chloride (PVC-U) with nominal outside diameters ranging from 110 mm to and including 630 mm, intended for non-underground pressure gravity drain and sewer applications for transportation of domestic soil and waste discharge, surface water, and industrial effluent. The material from which the pipe is made shall be primarily polyvinyl chloride. Only those additives are necessary to facilitate the manufacture of the compound, and the manufacture of sound and durable pipe with good surface finish, mechanical strength, and opacity under normal conditions may be added. The material must contain at least 0.3 percent retile grade titanium dioxide. The product is tested to determine the Vicat softening temperature, resistance to external blows, ring stiffness, and leak tightness under positive and negative temperature conditions. This pipe will also be subjected to a type and acceptance test.