Product Introduction:
Made with imported EVOH oxygen-barrier material and high-density PERT material, this product boasts superior inner wall smoothness.

It offers strong light-blocking properties, inhibiting bacterial growth. In addition to its highly effective oxygen barrier and corrosion protection, it prevents impurities and dirt from accumulating inside the pipe, significantly improving the heat transfer efficiency, heat dissipation, and service life of the anti-scaling PE-RT heating pipe.

Product Advantages:

◆ Excellent Oxygen Barrier Properties: Superior oxygen barrier properties effectively prevent oxygen from penetrating into the piping system, thus avoiding pipe oxidation and corrosion and extending the pipe’s service life.

◆ Strong Scale Prevention: Smooth inner wall, resistant to scale buildup, effectively prevents scale deposition on the pipe’s inner wall, keeping the pipe clean and unobstructed, and improving heat transfer efficiency.

◆ Temperature and Pressure Resistance: Capable of withstanding high-temperature and high-pressure environments, ensuring stable operation of the underfloor heating system. It also withstands changes in internal water pressure and temperature, exhibiting high durability and stability.

◆ Good Flexibility: Good flexibility facilitates installation and placement under the floor. It also adapts to bending and deformation within the underfloor heating system, reducing the risk of pipe breakage and leakage.

Applications:
Underfloor heating pipes have a wide range of applications, primarily in the following areas:

• Floor heating systems in homes, offices, shopping malls, hospitals, schools, and other buildings.

• Hot water and heating for solar-powered homes, bathhouses, indoor swimming pools, etc.

• Radiator heating and centralized heating systems for residential buildings.

• Hot and cold water supply for buildings.

The use of underfloor heating pipes not only improves heating efficiency but also offers advantages such as environmental friendliness, energy saving, and comfort, thus gaining widespread application in modern buildings.