PP-HT pipe 50x1.8x315 sanitary, for internal drainage, grey color 2111421030

Internal drainage PP-HT pipe – reliability and durability

The pipe made of polypropylene (PP-HT) is a key element of drainage installations inside buildings. Designed for draining wastewater of various temperatures, it ensures effective and safe operation of the system. Its construction based on socket connections with elastomeric seals guarantees tightness and easy installation.

The pipe with a diameter of 50 mm and a wall thickness of 1.8 mm, available in gray color, is characterized by high resistance to chemical compounds and both low and high temperatures. This makes it an ideal solution for use in various operating conditions. PP construction also ensures safety – during combustion, the material does not emit harmful substances.

Advantages for the installer and user

• Durability and resistance: Polypropylene (PP-HT) is a material exceptionally resistant to corrosion, abrasion and mechanical damage, which translates into a long service life of the installation.
• Tightness: The socket connection system with elastomeric seals minimizes the risk of leaks and ensures the hermeticity of the installation.
• Easy installation: PP-HT pipes are easy to process and connect, which reduces installation time and labor costs.
• Safety: The material is environmentally friendly and safe to use – it does not negatively affect the quality of drinking water (in the case of domestic wastewater).
• Chemical resistance: The pipe is resistant to the action of most chemical substances present in wastewater, which prevents corrosion and damage.
• Low toxicity during combustion: In the event of a fire, polypropylene does not emit toxic gases, increasing the safety of building users.
• Length 315 mm: Facilitates adaptation to specific installation needs and minimizes waste.

Applications

PP-HT pipe is used in:

• Drainage installations in residential, public and industrial buildings.
• Discharge of sanitary (domestic) and technological wastewater (with low and high temperatures).
• Ventilation systems (in combination with appropriate fittings).
• Construction of vertical and horizontal sections of internal drainage.