Pipes FestFaser et al.

Polypropylene pipe KraftPipe (SDR 11) PN10 is a single-layer polypropylene pressure pipe S5 (SDR11) PN10 designed for cold water supply systems (in houses up to 9 floors), nominal pressure 10 bar. The coefficient of linear elongation is 0.15 mm/m °C. Raw materials - compounded raw materials of gray color Borealis RA130E-8427 (PPR-100) Type 3.

Single-layer polypropylene pressure pipe KraftPipe (SDR 6) PN20 is designed for cold and hot water supply systems with water temperature up to +70 ° C, nominal pressure 20 bar. The coefficient of linear elongation is 0.15 mm/m °C. When using this pipe for hot water supply, it is necessary to use compensators.

Multilayer pressure polypropylene pipe reinforced with perforated aluminum foil KraftStabi (SDR 7,4) PN20 is designed for hot water supply systems and closed systems of centralized or decentralized heating with water temperature up to +90 ° C.

Multilayer pressure polypropylene pipe reinforced with glass fiber KraftFaser (SDR 7,4) PN20 is used for hot water supply systems and centralized or decentralized heating systems with water temperature up to +90 ° C. In accordance with the specifications, the pipe is marked PN 20. Raw materials - compounded raw materials of gray color Borealis RA130E-8427 (PPR-100) Type 3. The inner and outer layers are made of polypropylene. The middle layer is a compound consisting of a mixture of polypropylene and fiberglass without the addition of dye.

Multilayer pressure polypropylene thermally stabilized pipe with fiberglass FestFaser (SDR 6) PN25 — for hot water supply systems and centralized or decentralized heating systems with an operating temperature of +95 ° C. Innovative thermally stabilized raw materials from Borealis RA-7050 (PPR-CT) Type 4 are used for the production of FestFaser pipe.

Thermally stabilized fiberglass pipe ClimatFaser S 3,2 (SDR7,4); S 4 (SDR9) PN22— for hot water systems and heating systems with an operating temperature of the coolant up to +95 °C. ClimatFaser is an innovative generation of multilayer thermally stabilized polypropylene pipes for heating and water supply systems, which makes it possible to use pipes of smaller diameter due to greater throughput in the construction of engineering systems and less weight.

• Pipe installation guide.