Stainless steel pipe 1.4404 54x1.5 -6m INOX STEEL IR54-6_H

Stainless steel pipe for demanding applications

The pipe made of stainless steel 1.4404 (316L) is a solid choice for installations where corrosion resistance and high strength are key. An outer diameter of 54 mm with a wall thickness of 1.5 mm provides adequate rigidity and load-bearing capacity of the structure. Thanks to its seamless construction, the pipe is characterized by high tightness and minimal risk of cracking.

The pipe is supplied in a raw state, which allows for further processing and adaptation to specific project needs - e.g. polishing or welding. The maximum working pressure is 16 bar, making it suitable for medium and high pressure systems. Smooth pipe ends facilitate assembly and connection to other installation elements.

Characteristic features and benefits

• Material 1.4404 (316L): Stainless steel of this grade is distinguished by its exceptional corrosion resistance, especially in chemically aggressive environments, such as those exposed to sea salt or certain acids. This guarantees long-term reliability of the installation.
• Seamless construction: Eliminates the risk of structural weakening at the weld point, increasing the strength and tightness of the pipe.
• Versatility: The pipe is suitable for a wide range of applications - from industrial installations to water and sewage systems and structural elements.
• Visual unannealed ring: Enables precise mounting of fittings, ensuring a tight connection without the risk of damaging the pipe during crimping. Additionally compatible with LBP o-rings for 54mm diameters – increases connection confidence.
• Ready for processing: The raw state allows the surface of the pipe to be adapted to specific project requirements, e.g. by polishing or painting.

This pipe will be suitable for both experienced installers and end-users looking for a durable and reliable solution. Its solid construction and high-quality material guarantee years of operation without the need for frequent repairs or replacements.