Reducer 60x33 2.9x2.6 EN10253-1 S235 216060033 K10AA

Steel welding reducer 60x33

This welding reducer, made of S235 structural steel according to EN10253-1, is used to connect pipes of different diameters in steel installations. This allows for the construction of flexible and durable systems, adapted to the specific needs of the project. It is a key element in installation technology systems, where precision and reliability of connections are essential.

Design and application

The reducer is characterized by connections designed for welding, which ensures a durable and tight connection of installation elements. The use of S235 steel guarantees high strength and resistance to mechanical loads. The product is particularly useful in situations where it is necessary to reduce the pipe diameter – from 60 mm to 33 mm in this case. This makes it possible to adapt the installation elements to specific flow and pressure requirements.

• Versatility: ideal for use in HVAC systems, industrial installations, heating systems and industrial automation.
• Durability: made of high-quality S235 structural steel, ensuring long-term operation.
• Easy installation: designed for welding, which facilitates and speeds up the installation process.
• Compliance with standards: meets the requirements of EN10253-1, which guarantees safety and reliability of use.

Key features and benefits

This reducer is not just a connecting element – it is an investment in the reliability of the entire installation. Its solid construction and precise workmanship translate into minimizing the risk of failures and downtime. The low weight of the product (0.28 kg) facilitates transport and installation, especially in hard-to-reach places. The wall thickness of the reducer is 2.9 mm and 2.6 mm, which affects its strength and pressure resistance. Welding is a commonly used method of joining steel elements, well known to installers – it does not require specialized tools or skills beyond basic welder qualifications. The use of a reducer allows for optimization of media flow in the installation and increases the flexibility of installation projects.