Compression reducing nipple 54x35 CARBON STEEL CZMR-5435
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Sales unit dimensions and weight: 1 pcs
Compression reducing nipple 54x35 CARBON STEEL CZMR-5435
Reducing steel nipple for water and heating installations
This VESBO CARBON STEEL 54x35 reducing nipple is a connecting element for pipes of different diameters in CH and DHW systems. It allows for precise adaptation of the installation, e.g. when connecting a new device to an existing system or with manifolds. Made of carbon steel with external galvanization, it ensures durability and corrosion resistance, even in harsh operating conditions.
The nipple is designed for press-fit installation, which significantly speeds up the installation process compared to traditional connection methods. This technology eliminates the need for welding or soldering, minimizing the risk of leaks and ensuring an aesthetic appearance of the connection. A visual unpressed ring facilitates quality control of the made connection – this is an additional protection against installation errors.
Application and benefits:
- Diameter reduction: Connects pipes with diameters of 54 mm and 35 mm, allowing adaptation of existing installations.
- Durability and resistance: Carbon steel with external galvanization guarantees long-term operation without the risk of corrosion.
- Fast installation: Press-fit technology shortens installation time and eliminates the need for open flame.
- Tightness: The press-fit connection is tight and pressure-resistant, ensuring safe use.
- Compatibility: Designed for use with other elements of the VESBO CARBON system.
- Visual quality control: The unpressed ring allows for quick identification of a properly made connection.
This nipple is an ideal solution for both professional installers and end-users who value quality, durability and ease of installation. Use in central heating (CH) and domestic hot and cold water (DHW) installations guarantees reliable operation for years to come. The material used – carbon steel 1.0034 – provides high mechanical strength and resistance to conditions prevailing in heating installations.

