Groundwater Quality Monitoring And Special Plastic Pipes For Deep Wells

Plastic P ipe E xclusively for U nderground W ater Q uality M onitoring and D eep W ells

Plastic well pipes are lightweight, corrosion-resistant, durable, and cost-effective. Over 80% of water wells in developed countries, especially those in developed countries , use plastic pipes. Future developments in the water well industry are focused on using new materials to address corrosion and scaling challenges, particularly in high-salt areas. PVC-U plastic pipes offer broad application prospects and a broad market, thanks to their low cost, corrosion resistance, and long service life.

Plastic pipe for well has the characteristics of light weight, strong corrosion resistance, good durability and low cost. More than 80% of the well-digging industries of foreign countries use plastic well pipes, especially those in developed countries. The development tendency of water well field in the future is to adopt new materials to construct wells and solve the problems of corrosion, scale formation and especially the corrosion of water well in hyperhaline area. PVC-U plastic pipe has the properties of low cost, no corrosion, long service life, so it has broad application prospect and market.

No Pollution of Water

High Rupture Strength, Excellent Seismic Performance

Pipes of Low Price, Low Cost for Well Completion

Reduce energy consumption: The roughness of PVC-U plastic pipe is only 0.008, the inner wall is smooth, the hydraulic conditions are good, and the energy consumption during use is low.

Reduce energy consumption: the roughness of PVC-U plastic pipe is only 0.008, the inner wall is smooth, the hydraulic condition is excellent and the energy consumption in the process of use is small.

Wear resistance: PVC-U plastic pipes have excellent wear resistance and can greatly reduce the wear of the water gap of the filter pipe due to water inflow.

Wear resistance: PVC-U plastic pipe has excellent wear resistance and can significantly reduce the wear of apertures when water flows through the filter pipe.