Reducer 219x159 6.3x4.5 EN10253-1 S235 216219159 K10AA

Welding reducer 219x159 – a solid connection in steel installations

This welding reducer from Geldbach, made of S235 steel according to EN10253-1, is a key element in piping systems requiring reliability and durability. It allows connecting pipes of different diameters – from 219 mm to 159 mm – ensuring a smooth transition and optimizing the flow of the medium. This is particularly important in installations where minimizing turbulence has a direct impact on the efficiency of the entire system.

Design and application

The reducer is designed for welding, which guarantees the tightness and strength of the connection. The S235 steel it is made of provides high mechanical resistance, and compliance with EN10253-1 confirms its quality and safety. It finds application in various industrial installations, HVAC systems (heating, ventilation and air conditioning), as well as in heat and cold transfer systems. Thanks to it, installations can be designed flexibly, adapting the pipe diameters to specific needs.

• Welding: Ensures a durable and tight connection of pipe elements.
• S235 steel: Guarantees high mechanical strength and resistance to loads.
• EN10253-1 standard: Confirms compliance with European quality standards.
• Versatility: Can be used in various types of industrial and heating installations.

Practical benefits for the installer and user

The Geldbach reducer is not only an element connecting pipes – it is an investment in the long-term and trouble-free operation of the entire installation. For the installer, this means easy installation (welding) and confidence in a solid connection. For the end user – peace of mind resulting from the use of a high-quality component that minimizes the risk of failure and downtime. The weight of the reducer is approximately 4.59 kg, which facilitates its transport and installation. Thanks to the precise workmanship, the reducer enables optimization of the medium flow, which translates into energy savings and increased system efficiency.