Pipe WT 63x8.6x4000 PN20 GF Wavin PPR 3075449

WT 63x8.6x4000 PN20 GF Wavin PPR pipe – a solid solution for plumbing installations

The WT 63x8.6x4000 PN20 GF pipe is an element of the Wavin PPR system, designed for the safe and reliable transport of water in building installations. Made of high-quality polypropylene (PPR), it is characterized by durability and corrosion resistance, guaranteeing long-term use. Its construction, reinforced with fiberglass, ensures stability and resistance to mechanical loads.

This pipe is particularly recommended for surface installations – its properties allow for easy mounting on walls or ceilings. With an outer diameter of 63 mm and a wall thickness of 8.6 mm, it provides adequate flow rate and pressure resistance up to 20 bar. The thermal conductivity coefficient of 0.24 W/(m.K) ensures that the pipe maintains the temperature of the transported medium well.

#### Construction and application

The three-layer construction of the WT pipe increases its strength and stability. Fiberglass reinforcement minimizes the risk of deformation under the influence of temperature and pressure. The pipe is designed for transporting water in central heating systems and plumbing installations in residential and commercial buildings. It can be used both in new installations and during the modernization of existing ones.

* **Durability:** Fiberglass reinforcement provides resistance to mechanical damage and pressure loads.

* **Chemical resistance:** Polypropylene (PPR) is a material resistant to the action of most chemicals present in drinking water and heating systems.

* **Easy installation:** WT pipes are designed for welding, which ensures tight and durable connections.

* **Dimensional stability:** Low coefficient of expansion (0.035 mm/(m.K)) minimizes the risk of cracks and deformations caused by temperature changes.

* **Versatility:** The possibility of using in surface installations facilitates installation in various conditions.

* **Safety:** The material is safe for health and does not negatively affect the quality of the transported water.