Exporter,Importer,,Wholesaler,Retailer | |
Tehran | ![]() |
021-22087856 | ![]() |
![]() | |
![]() | |
sayalsanat@gmail.com | ![]() |
Polyethylene Female Adapter 50mm x 1 1/2 inch is one of the most commonly used and durable fittings in polyethylene piping systems. It is designed to connect polypropylene pipes to metal threaded fittings or valves.
The 50mm x 1 1/2 inch polyethylene female adapter features a high-pressure threaded design and is made of copolymer polypropylene, making it suitable for water supply systems, irrigation, and industrial installations.
If you are looking for a reliable, durable, and high-pressure threaded connection for polyethylene and polypropylene piping, the 50mm to 1 1/2 inch polyethylene female adapter is the best choice for you. With high quality and standardized design, this fitting ensures quick installation and reliable performance in various projects.
Contact our experts now to order the durable and practical 50mm x 1 1/2 inch female adapter and ensure the quality and safety of your piping system!
WEBSITE: Polyethylene Female Adapter 50mm x 1 1-2 inch Iran
The polyethylene female adapter 50mm x 1 1/2 inch is a durable and practical fitting widely used in polyethylene and polypropylene piping systems. With its high-pressure threaded design, it provides a reliable connection between polyethylene pipes and metal threaded fittings or valves. Due to its high-quality material and standardized manufacturing, this product is an ideal choice for water supply, irrigation, and industrial installations.
Technical Specifications of Polyethylene Female Adapter 50mm x 1 1/2 inch:
Size: 50mm × 1 1/2 inch
Material: Copolymer Polypropylene
Pressure Rating: Up to 10 atmospheres
Connection Type: High-pressure threaded Female Adaptor
Application: Connecting polyethylene pipes to metal threaded fittings or valves
Combining precise design with premium materials, this adapter offers stable performance and long service life. Its quick and easy installation makes it a reliable choice for various projects under medium pressure conditions.