The Kazflex pipe is a threaded drainage pipe with a hollow structural wall and is characterized by high structural strength and low weight in relation to the variety of drainage pipes available on the market. The structural wall forms a system of ribs and a pipe (skeleton). The ribs give the pipe rigidity and flexibility.
Outer layer – black with full protection against UV radiation.
Inner layer – in a purple color that allows easy and clear photography of the inside of the pipe.
Casplex PP pipe is a threaded pipe on a structural wall made of polyethylene, here are its advantages:
Ring stiffness
Low weight drainage pipes
Adherence to extreme temperature range
High annular strength relative to weight
High elasticity
Made of “returned” material (recycled from the same kind of material)
The outer layer of the casplex tube contains a carbon additive which filters UV radiation and protects the tube from sun damage during storage.
A casplex pipe is designed for vertical / gravitational flow in a partial flow section at atmospheric pressure, however, a casplex is a drain pipe capable of withstanding cumulative pressures for short periods of time that may be formed as a result of malfunctions.
Positive overpressure resistance: 7.0 atm / 15 min
Negative overpressure resistance: 7.0 atm / 15 min
Pressure resistance for pipe cleaning
The inner wall, the structure of the casplex drain pipes and the connections withstand the pressures of pressure pipe cleaning systems (150-120 BAR).
flexibility
The ability of a casplex drainage pipe to avoid the development of cracks and fractures due to deformation due to cyclic pressures, and to return to its original shape is an essential feature for long-term durability in soil conditions.
This capability makes the Casplex drainage pipe the natural choice in long-term infrastructure design. In addition to the ability to disperse soil loads, the flexibility of the Casplex pipe gives the REHAU pipe improved resistance to earthquakes, to seasonal soil pressures. Kazflex piping does not crack, thus preventing damage from root penetration into the piping.
