PPR Pipe

1, Low Thermal Conductivity,  PPR pipes have very low thermal conductivity, meaning that heat cannot be easily transferred from or to the liquid inside them. This reduces heat loss or gain when hot or cold fluids are transported through them

2, Long Service Life & Durability, PPR piping systems can last for over 50 years and work well with a variety of fluids and operating temperatures. PPR pipes are also durable in both hot and cold water systems.

3, Efficient Inner Surface, In comparison to other types of piping, PPR pipe has an inner surface that is particularly smooth and a friction coefficient that is notably low. Therefore, when used for fluid transport and distribution, pressure losses are reduced. This leads to greater energy efficiency in PPR pipe systems.

4, Chemical & Mechanical Endurance, Compared to traditional plastic piping systems, PPR offers very high resistance against abrasion by hard particles. This is especially important in cases of well water or industrial applications, where the transferred liquids may contain abrasive particles.

5, Ecological & Economic Efficiency,  Due to the low weight of PPR pipes, their transport, handling, and installation don’t require high amounts of energy consumption or manual labor. At the same time, they are very easy to cut, join, and work with, making them even more economically sustainable.

Applications:

1, Hot and cold potable water piping in residential, industrial, and public installations.

2, Industrial piping for transferring water, sanitary liquids, liquid food products, compressed air, and aggressive chemicals eg.

3, highly acidic or alkaline solutions.

4, Building central radiator heating water, usually in a circular loop piping arrangement.