Steel pipe 1" with galvanized weld (33.7X3.2). 6 meter rods S195T EN 10255 (S195T = 2P235TR1) /6m/ #

Steel pipes with weld – reliability and versatility in every application

Steel pipes with weld, made of high-quality S195T steel according to EN 10255 standard, are a universal solution for a wide range of applications in construction, industry, and installations. They are characterized by good weldability and the possibility of threading, making them an ideal material for creating durable and safe structures. Available in standard lengths of 6 meters, they provide convenient installation and minimize waste.

Construction and properties

Made of S195T steel (equivalent to 2P235TR1), these pipes offer good mechanical strength while maintaining adequate plasticity. The longitudinal weld provides an economical solution while maintaining the required performance parameters. Wall thickness of 3.2 mm guarantees resistance to internal and external loads, and smooth ends facilitate connections with other installation elements. The maximum working pressure is 50 bar. The galvanized inner surface protects against corrosion, increasing the pipe's lifespan even in harsh environmental conditions.

Applications and benefits

These pipes are used in:

• Supporting structures: ideal for building frames, supports and other structural elements.
• Water and gas installations: thanks to the galvanized inner surface, they provide long-term protection against corrosion.
• Heating systems: resistance to high temperatures and pressure makes them suitable for transporting hot water or steam.
• Industry: used as elements of machines and devices where strength and dimensional accuracy are required.
• General construction: as elements of scaffolding, railings or fences.

Thanks to their versatility and reliability, welded steel pipes are an economical choice for professionals and individual customers. Remember to exercise caution when threading – follow appropriate procedures to avoid damaging the material. The pipes should not be bent due to the risk of disrupting the material structure.