45° equal elbow press-fit 28x28 CARBON STEEL CZ1K45-28
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TECHNICAL DATA
Sales unit dimensions and weight: 1 pcs
45° equal elbow press-fit 28x28 CARBON STEEL CZ1K45-28
Pressed steel elbow – reliability and durability of connections
A 45° single-socket elbow is a key element of plumbing and heating installations, ensuring a smooth change in flow direction. Made of carbon steel, externally galvanized, it guarantees corrosion resistance and long-term operation. Designed for pressing, it offers a tight and durable connection, minimizing the risk of leaks. This is a solid solution for both professionals and demanding users.
Design and application
The elbow with a 45° angle allows for effective pipe routing, reducing pressure losses in the installation. The single-socket design simplifies the assembly of 28 mm diameter pipes, and the use of carbon steel ensures high mechanical resistance. The product finds application in water supply systems, heating systems and industrial installations where reliability and durability of connections are required. A visual pressing ring and LBP gaskets (available up to 54mm diameter) further increase safety and confidence in execution.
Product advantages in practice
- Durable connection: The pressing technology eliminates the need for welding or soldering, ensuring tightness and resistance to high pressure.
- Corrosion resistance: Galvanized carbon steel protects against external factors, extending the life of the installation.
- Quick assembly: The single-socket design simplifies the pipe connection process, saving time and effort.
- High quality materials: Carbon steel type 1.0034 guarantees strength and reliability in difficult operating conditions.
- Pressing indicator: The ring indicating correct pressing (up to 54mm diameter) facilitates quality control of the connection.
- Compatibility: Designed for use with VESBO Carbon pressing systems and other compatible systems available on the market.
- Safety: O-ring gaskets LBP provide additional protection against leaks, even with temperature fluctuations.

