kan-therm

System KAN-therm PP is a complete installation system consisting of pipes and fittings made of polypropylene PP-R (type3). The system is widely used in construction, particularly in water supply systems. The elements of the system are connected by socket welding (thermal polyfusion) with the use of electric welders. Welding technique through a homogeneous combination provides outstanding tightness and mechanical strength of the installation.

The scope of uses

The installation System KAN-therm PP, due to its material properties, has a wide range of use:

  • Cold (20°C/1.0 MPa) and hot (60°C/1.0 MPa) water in residential buildings in hospitals, hotels, office buildings, schools,
  • Central heating systems (temp. up to 90°C, working pressure up to 0.6 MPa),
  • Compressed air systems,
  • Balneological installations,
  • Installations in agriculture and gardening,
  • Industrial pipelines, e.g. for transporting of aggressive media and food substances,
  • Naval installations.

The scope of applications includes new installations, as well as repairs, modernization’s.

Sanitary systems installation

System KAN-therm  PP installations, thanks to the special properties of PP-R polypropylene (physiological and microbiological inertness, resistance to corrosion, to scale accumulation, vibration resistance, high thermal insulation of pipes), they are widely used especially in water supply systems, in particular in the installation of risers and horizontal pipes.

This refers to both cold and hot water installations – in residential buildings, hospitals, hotels, office buildings, schools, on ships, etc.

System KAN-therm PP installations are indispensable in the replacement of old, corroded water supply installations. Due to the specific technique of connection, thermal poly-fusion, i.e. welding, tightness and durability of the installation is guaranteed.

Pipe types

KAN-therm PP System features three pipe types which differ in wall thickness and:

„.uniform pipes PN 20 (16 -110 mm)

„.compound pipes PN 16 Stabi Al (20 – 75 mm)

„.compound pipes PN 20 Glass (20 – 110 mm)

Pipe SDR 6
Pipe SDR 6
Pipe SDR 7.4 Stabi AL
Pipe SDR 7.4 Stabi AL
Faser Pipe SDR 7.4
Faser Pipe SDR 7.4
Elbow Female Thread
Elbow Female Thread
Elbow Male Thread
Elbow Male Thread
Plate Elbow Female Thread
Plate Elbow Female Thread
Elbow 45°
Elbow 45°
Elbow 90°
Elbow 90°
Elbow 45° MF
Elbow 45° MF
Elbow 90° MF
Elbow 90° MF
Socket
Socket
Reducer MF
Reducer MF
Equal T
Equal T
Reducer T
Reducer T
Corner T
Corner T
T Female Thread
T Female Thread
T Male Thread
T Male Thread
4 Way Fitting
4 Way Fitting
Socket Female Thread
Socket Female Thread
Socket Hexagonal Female Thread
Socket Hexagonal Female Thread
Socket Male Thread
Socket Male Thread
Socket Hexagonal Male Thread
Socket Hexagonal Male Thread
Threaded Adapter
Threaded Adapter
Pipe Cap
Pipe Cap
Pipe Clip
Pipe Clip
Cross Over Pipe
Cross Over Pipe
Looping Compensation
Looping Compensation
Ball Valve
Ball Valve
Concealed Valve
Concealed Valve
Concealed Valve with Handle
Concealed Valve with Handle
Concealed Valve with Chrome Handle
Concealed Valve with Chrome Handle

Pipes Specs

Uniform pipes

PN 20 (16 -110 mm)

Uniform, thick-walled, universal pipes.

 

Diameter range from 16×2,7 to 110×18,4 mm.

Used in installations: cold and hot utility water, with the operating pressure of 10 bar and calculation temperature of up to 60°C, and in heating systems(6 bar/80°C, tmax=90°C).

4 m sections.

Compound pipes

PN 16 Stabi Al (20-75 mm)

Compound, stabilized pipes, reinforced with aluminium film.

Diameter range from 16×2,7 to 110×15,1 mm.

Used in installations: hot utility water, with the operating pressure of 10 bar and calculation temperature of up to 60°C, and in heating systems (6 bar/80°C, tmax=90°C).

4 m sections.

Compound pipes

PN 20 Glass (20-110 mm)

Compound, glass fiber reinforced pipes.

 

Diameter range from 20×3,4 to 110×18,4 mm.

Used in installations: hot utility water, with the operating pressure of 10 bar and operating temperature of up to 60°C, and in heating systems (6 bar/80°C, tmax=90°C).

4 m sections.