Golan Renewable Industries

Polyethylene for Raised Temperature resistance pipes with long-term hydrostatic strength and flexibility, suitable for various applications.

PE-Xa pipes with an oxygen barrier achieved by adding a layer of ethyl-vinyl alcohol copolymer (EVOH), reducing oxygen permeability and preventing corrosion in metal elements of heating systems, thus extending their lifespan.

PE-Xc pipes with an oxygen barrier achieved by adding a layer of ethyl-vinyl alcohol copolymer (EVOH), reducing oxygen permeability and preventing corrosion in metal elements of heating systems, thus extending their lifespan.

PE-Xc pipes designed for pipe-in-pipe systems, offering enhanced protection and insulation for heating and sanitary applications.

Standard PE-Xa Our PE-Xa pipes are made of a special quality polyethylene resin designed for sanitary applications, water distribution, and service lines. They are manufactured to the highest quality according to the leading standards, including EN ISO 15875, ASTM F876, AS2492, etc., and certified by numerous international Institutes such as AENOR, SKZ, CSTB, DVGW, and NSF.

PE-Xc pipes crosslinked using an electronic irradiation process known as 'cold crosslinking', suitable for hydronic and radiant heating, radiator heating systems, and underfloor heating.

5-layer PE-RT pipes with an inner layer of crosslinked polyethylene, an oxygen anti-diffusion barrier, and an external protective layer, designed for heating systems and low-temperature sanitary systems.

PE-Xa pipes made from high-quality polyethylene resin, suitable for sanitary applications, water distribution, and service lines. Manufactured to international standards and approved for use with potable water, heating systems, gas piping systems, chemicals, and abrasive materials.

GPP manufactures PE-Xc pipes with an oxygen barrier produced according to international standards. This oxygen barrier is achieved by adding a layer of ethyl-vinyl alcohol copolymer (EVOH) that reduces the oxygen permeability through the pipe wall eliminating the oxygen causing corrosion in the metal elements of heating systems and thus extending their lifespan.