Product features:

1. Strong corrosion resistance: Compared with general cast iron pipes and galvanized pipes, PVC pipes have extremely strong corrosion resistance, can withstand strong acids and alkalis, and will not rust or scale. Don't worry about the phenomenon of "red water" when using.

2. Low fluid resistance: The inner wall of the PVC pipe is very smooth. Its surface roughness coefficient is only 0.009, and the fluid resistance is very small, so it will not excessively reduce water pressure.

3. High mechanical strength: UPVC pipes for water supply have good water pressure resistance, impact resistance, and tensile strength. They can withstand 110 atmospheres of pressure for 1 hour at room temperature without breaking.

4. Sanitary and non-toxic: UPVC pipes for water supply use adopt a unique green and environmentally friendly lead-free formula system instead of the traditional composite lead salt formula system, which will not damage water quality or affect human health.

5. Lightweight texture and easy installation and construction: The density of PVC pipes is one-fifth of that of general cast iron, making transportation, loading, and unloading convenient. And special adhesive or elastic sealing components are used for bonding, making installation and construction simple and fast.

6. Temperature adaptability of water supply pipes: The temperature range for using UPVC pipes for water supply should be at room temperature. Low temperature, increased brittleness, unfavorable for installation and construction; The temperature is too high, the tensile strength decreases, and the water pressure resistance decreases.

7. Good water tightness: After 15 minutes of adhesive bonding, the bonding strength can reach 12.5/C or above, and there will be no significant decrease after many years of use. The sealing ring at the joint of the elastic sealing element also has a considerable service life compared to PVC pipes, and there is no concern of aging and water leakage.

Product Usage:

1. Construction and renovation of urban power grids.

2. Civil aviation airport engineering construction.

3. Construction of transportation, road and bridge engineering.

4. Urban municipal renovation project.

5. Construction of industrial parks and residential areas.

6. Laying of urban streetlight cables.