Polyethylene gas pressure pipes are produced by extruding polyethylene granules PE100. Pipes for transporting gas are black-homogeneous and opaque, being marked with yellow longitudinal stripes (for gas), offset at 90°.
Polyethylene water pressure pipes are produced by extruding polyethylene granules (PE80 or PE100). High density (HD) polyethylene is a thermoplastic polymer made of ethylene. HDPE pipes are characterized by a very good mechanical behaviour, excellent chemical resistance, resistance to UV radiation, corrosion and abrasion, as well as to low temperatures.
Pipes for transporting water are black-homogeneous and opaque, being marked with blue longitudinal stripes (for water), offset at 90°.
Polyethylene pipes have a smooth inner and outer surface, are flexible and resistant to outdoor temperatures up to -30°C. Service life is estimated to at least 50 years in case of compliance with the pressure and temperature conditions, as well as the installation technology.
Polyethylene pipes are produced by extruding polyethylene granules (PE80 or PE100). Pipes are black-homogeneous and opaque, being marked with blue longitudinal stripes (for water) and yellow (for gas), offset at 90°. Polyethylene pipes have a smooth inner and outer surface, are flexible and resistant to outdoor temperatures up to -30°C.
Areas of use of PE pipes and fittings: drinking water distribution networks for domestic and industrial consumers; irrigation networks and water management; sewerage networks, built either in gravity system or under pressure; indoor sewer networks for constructions; transport of food or industrial liquids. See also Gas pressure pipes.
These have many areas of use, out of which we specify:
Pipes for transporting water are black-homogeneous and opaque, being marked with blue longitudinal stripes (for water), offset at 90°.
Polyethylene pipes have a smooth inner and outer surface, are flexible and resistant to outdoor temperatures up to -30°C. Service life is estimated to at least 50 years in case of compliance with the pressure and temperature conditions, as well as the installation technology.
Polyethylene pipes are produced by extruding polyethylene granules (PE80 or PE100). Pipes are black-homogeneous and opaque, being marked with blue longitudinal stripes (for water) and yellow (for gas), offset at 90°. Polyethylene pipes have a smooth inner and outer surface, are flexible and resistant to outdoor temperatures up to -30°C.
Areas of use of PE pipes and fittings: drinking water distribution networks for domestic and industrial consumers; irrigation networks and water management; sewerage networks, built either in gravity system or under pressure; indoor sewer networks for constructions; transport of food or industrial liquids. See also Gas pressure pipes.
These have many areas of use, out of which we specify:
Polyethylene gas pressure pipes are produced by extruding polyethylene granules PE100. Pipes for transporting gas are black-homogeneous and opaque, being marked with yellow longitudinal stripes (for gas), offset at 90°.
The TeraPlast fitting range includes: electrofusion fittings, injection moulded fittings for butt welding and PE compression fittings.
The drilling system developed by TeraPlast contains the tubing pipes and the filtration elements made from PVC-U.
TeraPlast drilling system with pipes and PVC100 filtration elements is used to tube the pits for water supply and epuisment drilling or piezo pits. The drilling pipe are manufactured through PVC extrusion and are blue – RAL5012. They have a smooth interior and exterior surface and are foreseen with sockets to injure pipe coupling.
