RotoTank™ Plast Compression Female Elbow 25mm x 1/2
Code – 21800250500
Plast compression fittings are suitable for use with the whole range of HD polyethene pipe.
Outer dimensions manufactured to ISO standards, from 16mm to 110mm.
The perfect seal – achieved by the rubber O-ring – ensures complete water-tightness whether the pipe is bent or straight.
It works well in high-pressure as well as low-pressure applications.
The resistance of the 16bar.
Fittings to pull out exceeds the requirements of all the standards.
PN 16 ISO 14236 / SANS 14236.
What’s in the box: 1 x 25mm Plast Compression Female Elbow
R37,50
Code: 21800250500
The 25mm Compression Female Elbow provides a secure and reliable 90-degree connection between 25mm HDPE polyethylene pipe and 1/2″ male threaded fittings. Designed for irrigation, agricultural, plumbing, and water reticulation systems, this durable polypropylene fitting allows you to change the direction of your pipeline while creating a strong, leak-free threaded connection.
Manufactured from high-quality polypropylene, the 25mm Compression Female Elbow features a precision-engineered compression fitting and a durable female threaded outlet. A high-quality rubber O-ring creates a dependable watertight seal, ensuring reliable performance even when the pipe is slightly bent or operating under pressure. Furthermore, the fitting is manufactured to ISO 14236 / SANS 14236 standards and is suitable for working pressures of up to PN16 (16 Bar).
Designed for secure HDPE pipe connections.
Key Features:
The 25mm Compression Female Elbow provides a strong, leak-free connection while allowing pipework to change direction with ease. Moreover, the compression fitting installs quickly without adhesives or specialised tools. As a result, installation time is reduced while ensuring dependable long-term performance.
Additionally, the durable polypropylene construction resists corrosion, UV exposure, and harsh outdoor conditions. Therefore, it is ideal for irrigation, agricultural, municipal, and domestic water systems.
Ideal for:
