90 degree equal tee butt weld 110X6.6 SDR17, water-gas 70066011017AGR

High-quality installation component for water-gas systems

The 90-degree equal tee is a key component of water-gas installations, providing reliable connections in transmission systems. Made of PE 100 polyethylene using the injection molding method, it guarantees long-term use and high resistance to operating conditions.

Construction and materials

The component is made of PE 100 polyethylene, which is characterized by excellent resistance to chemical corrosion and high mechanical strength. The injection molding method ensures a homogeneous material structure without weak points, which translates into the long-term service life of the component.

Dimensions of 110×6,6 mm at SDR17 (diameter-to-wall thickness ratio) guarantee optimal strength while maintaining installation flexibility. The equal tee design ensures identical flow in all directions, eliminating hydraulic losses.

Application and compatibility

The component is intended for water-gas systems, performing well in both domestic and industrial installations. The 90-degree angle allows for changing the direction of the installation while maintaining optimal flow parameters.

The butt-fusion design allows for a direct connection to pipes of the same nominal diameter, eliminating the need for additional reduction elements. This method of installation ensures leak-tightness and ease of installation.

Installation technologies and operational advantages

The fitting allows for two welding methods: electrofusion and butt fusion, providing flexibility in choosing the installation method depending on the site conditions. Electrofusion welding allows for precise process control, while butt fusion provides high efficiency for large quantities of components.

PE 100 is characterized by natural resistance to most chemical substances found in water-gas systems, eliminating the need for additional anti-corrosion protection. The material retains its mechanical properties across a wide range of operating temperatures.

The equal tee design eliminates flow turbulence and minimizes the risk of contaminant buildup inside the component, which translates into the long-term reliability of the entire installation system.