90° single-socket elbow press-fit 54x54 CARBON STEEL CZ1K90-54

Press fitting elbow 90° – a reliable connection in the installation

This is a single-socket elbow, designed to change the flow direction in water and heating installations at a 90-degree angle. Made of carbon steel (type 1.0034) with a galvanized surface, it ensures corrosion resistance and connection durability. The use of pressing technology eliminates the need for soldering or threading, which translates to faster and easier installation.

Design and application

The elbow is designed to work with pipes with a diameter of 54 mm. Its nipple construction facilitates installation in tight spaces, such as corners or technical niches. Additionally, the visual unpressed ring and LBP o-rings (available for diameters of 54mm) increase the certainty of correct installation and connection tightness. It will work both in domestic and commercial installations where reliability and durability are required.

Advantages and benefits

• Fast installation: Pressing technology allows for quick connection of elements without the use of fire or additional sealing materials. This saves time and reduces the risk of errors during installation.
• Durability and tightness: Carbon steel with a galvanized surface guarantees corrosion resistance and long connection life. The pressed connection is tight and resistant to high pressure and temperature.
• Versatility: The elbow is compatible with the VESBO CARBON system, allowing for the construction of complex installations using elements from one manufacturer.
• Easy identification: The visual unpressed ring allows for quick control of the correctness of the installation, minimizing the risk of leakage.
• Resistance to external conditions: The galvanized surface protects against the effects of atmospheric factors and corrosion, which is particularly important in difficult operating conditions.
• Compact design: The nipple construction allows for installation in places with limited space, without the need for additional connecting elements.