PP Compression Fitting – 90° Male Elbow (40mm × 3/4″, PN16)

SKU: AGR1064

$2.10

The HYRT 90° Male Elbow Compression Fitting is designed for connecting polyethylene (PE) pipes in irrigation, agriculture, and residential water systems. It allows a 90-degree pipeline turn, joining a 40mm PE pipe to a 1¼” female threaded fitting, valve, or accessory.

The HYRT PP Compression Male Elbow 40 mm × 1¼” is a mechanical compression fitting designed to create a 90° change of direction in PE piping systems. The blue compression side connects securely to a 40 mm metric PE pipe, while the threaded male end fits standard 1¼” female valves, fittings, or accessories, providing a tight and leak-free connection without welding.

The fitting is manufactured from high-quality polypropylene (PP) or HDPE, offering excellent resistance to corrosion, UV exposure, and environmental stress. It is part of the PN16 pressure class, suitable for working pressures up to 16 bar (for sizes 20–63 mm), and operates in temperatures from -20°C to +60°C, with reduced pressure tolerance at higher temperatures.

Designed for reliability and long service life, this fitting complies with EN12201 standards and is certified for drinking water, irrigation, and water supply systems. Its mechanical compression design allows quick installation using simple tools, making it ideal for agricultural, industrial, and domestic piping networks.

 

TECHNICAL DETAILS:

 

Specification Details
Brand HYRT
Category Compression fittings
Product Compression fitting – 90° Male Elbow
Product Line Perla
Size 40mm × 1¼”
Design 90° elbow (Compression × Male Thread)
Material Polypropylene (PP) / HDPE
Pressure Rating PN16 (up to 16 bar for smaller sizes)
Compatibility PE80, PE100 pipes (EN12201 compliant)
Connection Compression end for PE pipe + 1¼” male threaded end
Certification DVGW, WRAS, EU standards
Features Push-fit design, watertight seal, silicone-coated O-ring, UV-resistant
Temperature Range -20°C to +60°C
Applications Agricultural irrigation, residential irrigation, potable water distribution