There are several reasons to choose PPR hot and cold water pipes to protect household water:
Hygienic and safe PPR hot and cold water pipes are a food-grade material, non-toxic and harmless, and comply with hygienic standards. It does not release harmful substances into the water, nor does it produce scale, rust or odor, ensuring the hygiene and safety of household water.
Durability: PPR hot and cold water pipes have excellent durability and have excellent corrosion resistance, high temperature resistance and pressure resistance. It can withstand high water pressure and temperature, and is not easy to crack, deform or age, so it can provide stable water supply for a long time and reduce the frequency of repair and replacement of pipes.
Good thermal conductivity: PPR hot and cold water pipes have low thermal conductivity and are not easy to dissipate heat, and can effectively keep the temperature of the water supply stable. This is very important for domestic hot water systems to avoid heat loss and provide a stable supply of hot water that meets the expected temperature requirements.
Easy to install: PPR hot and cold water pipes have low weight and flexibility, and are easy to cut and connect. It uses hot melt welding technology to heat the pipe ends and join them, creating a strong seal without the need for glue or other additional materials. Such characteristics make the installation of PPR pipes easy and fast, reducing installation time and costs.
Economic benefit: Although the price of PPR hot and cold water pipes is slightly higher than some traditional pipes, due to its long life, no need for frequent replacement and maintenance, and low energy consumption, after comprehensive consideration, PPR pipes are chosen as an investment in household water pipes. The rewards tend to be higher.
Overall, choosing PPR hot and cold water pipes can ensure the hygiene and safety of household water, stable water supply, durability and reliability, energy saving and environmental protection. It also simplifies the installation process and maintenance costs, so it is very cost-effective in household water systems.
