Pipe systems for industry
Stainless systems for many specific applications Plastic pipe systems have many advantages, including the fact that they are corrosion resistant and that they are highly resistant to a large number of chemicals and aggressive media. Plastic pipe systems also provide high operational reliability because they are both robust and flexible.
Combining polyethylene pipes with another type of plastic or metallic material such as aluminium creates new functions and application options. Permeation tightness, high pressure resistance and extra durability for transporting heavy media are just some of the functions that can be achieved with these material combinations.
Extena offers a variety of pipe systems for industrial applications, including:
SLA® Barrier Pipe
SLA® Barrier Pipe is a permeation tight pipe system fitted with a high strength sheath and a permeation barrier made of conductive aluminium to prevent the penetration of contaminants.
3L® Leak Control
3L® Leak Control is a pipe made of PE100 RC equipped with a high strength PEplus sheath and a permeation tight, conductive layer of aluminium that provides full control of possible leaks for optimal soil and water protection.
HexelOne® has a main pipe made of PE100 RC, two reinforcement layers of PE100 and a protective sheath of 100% high strength PEplus. The result is a pipe that can withstand up to twice the pressure (30 bar for water and sewage and 16 bar for gas).
The egeTherm® High-T pipe system is equipped with an integrated temperature resistant layer, providing safe media transportation with permanent temperatures up to 70°C.
egeSlurry® pipes have an internally integrated reinforcement layer that is resistant to abrasive media.
egeStatic® is a homogeneous pipe made of PE 100-RC with a dimensionally integrated PE-EL (electrically conductive polyethylene) layer to counteract static electricity.
3L® Leak Control with online monitoring of damage and leakage is a good example of a maximum safety pipe system designed for industrial applications.