In Stock

UPVC Pipes 6 Inch Thickness 9.91 mm Pressure 17.2 Bar White | Al-Rajhi Pipes

Description

UPVC Pipes by Al-Rajhi Pipes feature a 6 Inch size, 9.91 mm thickness, and 17.2 Bar nominal pressure. These white pipes offer excellent corrosion resistance and easy installation, ideal for irrigation, water, and sewage systems.

This item cannot be exchanged
Get 10% Off If quantity exceeds 10 Items.
Delivered to building doors
Sold by
Al-Rajhi Pipes
Get better prices if quantity exceeds 100 Items.
Request a Quote

Product Description

UPVC Pipes by Al-Rajhi Pipes are engineered for durability and environmental safety, made from high-quality UPVC material. These pipes provide superior corrosion resistance against acids, bases, salts, and oxidants, ensuring long-lasting performance in chemical treatment, irrigation systems, water supply, sewage lines, and electrical insulation applications across Saudi Arabia's construction sector.

  • Size: 6 Inch
  • Length: 6 meters; other lengths available upon request
  • Outside diameter: minimum 168 mm, maximum 168.56 mm
  • Thickness: minimum 9.91 mm, maximum 11.10 mm
  • Nominal Pressure: 17.2 Bar
  • Standard Diameter Ratio (SDR): 17
  • Color: White
  • Socket Type: Welding

Overview

Category UPVC Pipes

Frequently Bought Together

UPVC Plastic Pipe for Sewerage Systems 25 mm Size 2.3 mm Thickness Grey Color, 20 Bar Pressure | Al mona for innovative pipe solutions
UPVC Plastic Pipe for Sewerage Systems 25 mm Size 2.3 mm Thickness Grey Color, 20 Bar Pressure | Al mona for innovative pipe solutions
SAR 0
UPVC Pipes Nominal Pressure 11 Bar Size 2 Inch Thickness 2.31 mm White | Al-Rajhi Pipes
UPVC Pipes Nominal Pressure 11 Bar Size 2 Inch Thickness 2.31 mm White | Al-Rajhi Pipes
SAR 0
UPVC Pipes 20 Bar Pressure 180 mm Diameter 13.3 mm Thickness Gray | Al Watania Plastics
UPVC Pipes 20 Bar Pressure 180 mm Diameter 13.3 mm Thickness Gray | Al Watania Plastics
SAR 0

Customers Also Viewed

Shop All
Company
Select Display Mode
Company Quotes & Bulk Orders
Individual Shop & Buy Directly