90 degree elbow DN80 single-wall condensing for condensing/turbo boilers SJKBT9080

Condensation tee – a solid connection for your installation

This 90-degree tee with a DN80 diameter is a key element in heating systems using condensing and turbocharged boilers. It provides a reliable and tight connection of pipes, enabling optimal operation of the entire system. Its construction, combined with the material of manufacture, guarantees long-term performance and corrosion resistance.

• Condensation without compromise: Specifically designed for use with condensing boilers, it minimizes the risk of condensate formation and ensures efficient drainage.
• Durability for years: Made of high-quality acid-resistant sheet metal, the tee is resistant to the action of aggressive chemical substances present in condensation fumes. This translates into a longer service life and lower operating costs.
• Single-wall construction: Simplified design facilitates installation and integration with existing installations.

Construction and application

This tee is designed to create 90-degree connections in heating installations. Its straight-through shape ensures minimal pressure drop of the flowing medium, which translates into efficient system operation. It is ideal for connecting elements such as boilers, radiators or valves. The dimensions of the tee (9 cm high, 28 cm long and 18 cm wide) allow it to be adapted to various installation configurations. The weight of 0.36 kg facilitates its transport and installation.

Why choose this tee?

• Corrosion resistance: Acid-resistant sheet metal guarantees long-term protection against the harmful effects of external factors and condensation fumes.
• Tight connection: Precise workmanship ensures a tight connection, eliminating the risk of leaks and energy losses.
• Easy installation: Single-wall construction simplifies the installation process, saving time and labor costs.
• Compatibility: Perfectly matched to condensing and turbocharged boilers, ensuring optimal performance of the heating system.