Double socket bend PP K2-KAN DN/ID 500/15, corrugated, without gasket, for external drainage, orange color 1012333150
Suggested products
TECHNICAL DATA
Sales unit dimensions and weight: 1 pcs
Double socket bend PP K2-KAN DN/ID 500/15, corrugated, without gasket, for external drainage, orange color 1012333150
External drainage double socket bend – durability and reliability
This double socket bend made of polypropylene (PP) from the K2-KAN series is designed for the construction of external drainage systems. It features a corrugated structure, providing flexibility and resistance to loads. The absence of a gasket requires precise connection, guaranteeing a leak-proof joint when properly installed. The orange color facilitates identification in the ground and during service work.
The K2-KAN bend is an element of a system that works well in both gravity networks and rainwater drainage systems. The material's strength allows it to operate under a pressure of up to 2.5 bar without risk of damage, which is particularly important in variable weather conditions. The external wall construction provides stability even under heavy load – the bend can be used under roads with a SLW 60 load.
Application and benefits:
- Versatility: ideal for gravity drainage and rainwater drainage.
- Durability: resistant to long-term water pressure (up to 2.5 bar) and external loads.
- Stability: can be used under roads with high loads (SLW 60).
- Flexibility: corrugated construction ensures easy installation and compensates for thermal stresses.
- Durability: polypropylene is a material resistant to corrosion and weathering.
- Easy identification: orange color facilitates location during inspection and repair.
The K2-KAN bend is a solid element of the drainage system, which will be appreciated by both professional installers due to its ease of installation and reliability, and end users thanks to its long-term operation without the need for frequent repairs. The K2-Kan system is characterized by high circumferential rigidity, which translates into structural stability even under local point loads – deformation of the outer wall compensates for uneven loads.
CERTIFICATES, APPROVALS, SAFETY, COMPLIANCE AND WARNINGS
cert_title_opinia_techniczna
The declaration of performance
Attachments

