Steel bypass - 22 1509022007

Robust connection in steel installations

The Steel 22 bypass is an indispensable element of the KAN-therm Steel system, designed to create durable and leak-proof connections in heating and cooling installations. Made of carbon steel, galvanized for corrosion protection, it ensures reliability and longevity. This fitting, connecting two compression sleeves, allows changing the direction of the installation without the need for additional elements.

Construction and application

The Steel 22 bypass is dedicated to internal, pressure-tight installations. Installation is carried out using the pressing technology, which significantly speeds up work and eliminates the risks associated with traditional connection methods. Special O-ring seals made of rubber resistant to high temperatures and a three-point clamping system guarantee complete tightness and no leaks. This solution is appreciated by installers for its speed and ease of installation, and by end-users for its reliability and comfort of use.

Advantages of the KAN-therm Steel system – benefits for everyone

• Fast installation: Pressing technology eliminates the need for welding or soldering, shortening installation time.
• High resistance: Carbon steel with a galvanized coating provides resistance to corrosion and high pressure (up to 16 bar).
• Wide temperature range: The system operates in the range of -35°C to 135°C, allowing it to be used in various conditions.
• Safety: No open flame during installation minimizes fire risk (flammability class A).
• Compatibility: The ability to connect with KAN-therm plastic systems increases design flexibility.
• Controlled LBP leakage: The controlled leakage function minimizes the risk of damage in the event of incorrect crimping of the fitting.
• Aesthetics: The finishing of the installation is aesthetic and professional.
• Mechanical strength: Ensures long-term operation even in difficult conditions.

The Steel 22 bypass is an investment in a solid and reliable installation that will last for years.