FIBER BASALT PLUS pipe 32x4.4x4000 EKOUT /4m/ 3044682

FIBER BASALT PLUS Pipe – Strength and Stability for Your System

The FIBER BASALT PLUS 32x4.4x4000 EKOUT pipe is a three-layer construction made of PP-RCT reinforced with basalt fiber. This solution is dedicated to hot and cold water installations, as well as heating systems where reliability and resistance to temperature changes are crucial. Made of high-quality materials, it ensures long-term operation and minimizes the risk of failure, especially in hard-to-reach places.

Construction and Properties

The three-layer structure of the FIBER BASALT PLUS pipe is key to its unique properties. The middle layer made of PP-RCT (polypropylene random copolymer) provides high mechanical and thermal strength. The addition of basalt fibers significantly reduces thermal expansion compared to traditional PP pipes, which translates to installation stability and minimizes stress. The wall thickness of 4.4 mm guarantees resistance to mechanical and chemical damage. The pipe is designed for surface mounting.

Applications and Benefits

The FIBER BASALT PLUS pipe is used in:

• Hot and cold water installations: thanks to its resistance to high temperatures and no impact on water quality.
• Central heating systems: low thermal expansion minimizes the risk of damage caused by changes in the heating medium temperature.
• Air conditioning distribution: dimensional stability ensures system tightness and efficiency.
• Installations in hard-to-reach places: high strength and reliability minimize the need for service interventions.

Additional advantages:

• Minimal thermal expansion: three times lower than traditional PP pipes, which increases installation stability.
• Easy installation: no need for precise cutting before welding speeds up installation work.
• Compliance with standards: meets stringent requirements regarding hygiene and safety of use.
• Versatility: compatible with other elements of the WAVIN Ekoplastik System.
• High chemical resistance: possibility of use in various environments.