TS PE pipe 40x3.7mm SDR11 Solid water /100m/ 3012502

A pipe made of high-density polyethylene (HDPE) (PE-100 RC) is a solid and durable solution for constructing water supply networks. It is characterized by high resistance to cracking, impact, and corrosion, which guarantees long-term and trouble-free operation. This product is intended for both underground and above-ground installations, including direct immersion in the ground.

Product features and application

TS PE pipe with a diameter of 40 mm and a wall thickness of 3.7 mm, standardized with a dimension ratio SDR 17, is ideal for transporting drinking water and technological water. Thanks to its flexibility, the pipe adapts well to uneven terrain, minimizing the risk of mechanical damage during installation and operation. The blue color of the pipe makes it easier to identify its purpose – water. The pipe ends are simple, requiring the use of appropriate fittings to connect to other installation elements.

Advantages and user parameters

• Strength and durability: PE-100 RC material provides high resistance to pressure (maximum working pressure 16 bar) and weather conditions.
• Flexibility: Enables installation in difficult terrain conditions and absorbs stresses resulting from temperature changes. The coefficient of expansion is 0.2 mm/(m.K).
• Hygiene: Smooth inner surface (wall roughness 0.007 mm) minimizes the deposition of scale and bacteria, ensuring the purity of the transported water.
• Lightweight: Polyethylene is a relatively lightweight material, making the pipe easy to transport and install.
• Chemical resistance: The pipe is resistant to the action of many chemical substances present in the soil and water.
• Capacity: The pipe has a capacity of 0.835 l/m, which is important in the design of water supply systems.
• Operating temperature: Designed to operate in a temperature range of 0 to 40°C.

This pipe is factory capped, which protects the ends from contamination during transport and storage. The thermal conductivity at a level of 0.23 W/(m.K) affects the reduction of heat loss in the case of transporting liquids at elevated temperatures (although the pipe is not intended for this purpose).