Home
/
Plumbing
/
Pipes and plumbing connections
/
HDPE Pipes and Fittings
/
HDPE Pipes
/
Al-Rajhi HDPE Pipes PE 80 Pressure 10 Bar Outside Diameter 900 mm Thickness 66.1 mm Color Black

Al-Rajhi HDPE Pipes PE 80 Pressure 10 Bar Outside Diameter 900 mm Thickness 66.1 mm Color Black

Name: Al-Rajhi HDPE Pipes PE 80 Pressure 10 Bar Outside Diameter 900 mm Thickness 66.1 mm Color Black
Brand: Al-Rajhi

(1568 Product Views)

HDPE Pipes, Al-Rajhi brand, PE80, Pressure 10 Bar, Outside diameter 900 mm, Thickness 66.1 mm, Color Black, made of polyethylene, which is known for its ability to withstand harsh environments and exposure to chemicals without leakage or corrosion. It is used in irrigation systems, and the pipes are characterized by high pressure tolerance, non-conductivity, resistance to combustion and chemical reactions, and a high degree of flexibility, which makes them not affected by soil movement, and is characterized by ease of installation.

in stock

Quantity

Call Now

🔗 Related Content

HDPE Pipes Sappco HDPE Pipe DR 11 PN 13.79 Bar... Al-Rajhi HDPE Pipes Outside Diame... HDPE Plastic Coil Pipe PN 16 Bar [... SPS HDPE Pipe PE 100 Pressure 6 Bar... Al-Rajhi HDPE Pipes PE 80 Pressure... Al-Rajhi HDPE Pipes PE 80 Pressure... Al-Rajhi HDPE Pipes PE 80 Pressure...

Product description

HDPE Pipes, Al-Rajhi brand, made of polyethylene known for its ability to withstand harsh environments and exposure to chemicals without corrosion and leakage prevention due to excellent fusion welding. The pipes are also characterized by high pressure tolerance, resistance to combustion and chemical reactions, do not conduct electricity, and have a high degree of flexibility, which makes them not affected by soil movement and is easy to install and use. in irrigation systems.

Outside diameter: 900 mm
Pressure: 10 Bar
Length: Straight 12 meters. Other lengths are available on customer request
Thickness: 66.1 mm
Material Weight: 172 kg / meter
Colour: Black
Material: PE80
Standard dimentions ratio (SDR): 13.6
Pipe series (s): 6.3