High abrasion
resistance
Resistant to
UV rays
The material is absolutely non-toxic
Visoka otpornost
na abraziju
Resistant to
UV rays
The material is absolutely non-toxic
HDPE gas supply pipes
Polyethylene gas pipes are used for the construction of gas pipelines and the transportation of natural gas under pressure. HDPE gas pipes are high-quality pipes made of the highest quality high-density polyethylene PE-80, PE-100 and PE100-RC. Safety is one of the most important aspects of gas supply. Production and quality control is in accordance with the current standard SRPS EN 1555-1 and SRPS EN 1555-2.
Advantages
Advantages of gas pipes made of PE-80, PE-100 and PE100-RC materials include:
• The material is absolutely non-toxic
• No scale is formed and, accordingly, no reduction
in flow during long-term use
• They are flexible and resistant to vibrations, seismic shocks
and ground movement
• The pipes are resistant to UV rays and to temperatures
of -20 °C to +40°C
• They have a high resistance to abrasion
• Very low pressure losses because the coefficient of friction is 10x lower
than that of steel pipes
• Easy to continue
• Leak-free joints
• Easy to transport and handle
Intended use
Polyethylene gas pipes are used for the construction of regional and
local gas pipelines for the supply of public, industrial and private users.
They can be laid in the ground, above ground and under water.
The recommendation for installation is the standard
SRPS EN 12007-2 - Gas infrastructure. It is the responsibility
of the purchaser or client to make an appropriate selection,
taking into account special requirements and all relevant
national regulations and common installation practice
Description
The pipes are single-layer with a homogeneously structured wall, smooth inner and outer surfaces.
The colour of the tube is black with yellow longitudinal co-extruded lines. The nominal diameter of the pipe (DN) is the
outer diameter of the pipe (OD) in dimensions from 20mm to 630mm for the pressures provided by the standard SRPS EN 1555-1 and SRPS EN 1555-2.