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UPVC water supply pipes for water wells are made of modified rigid UPVC substrate and are specially designed for water pumping and transportation in shallow/deep wells and underground water transportation. They have enhanced core performance characteristics such as pressure resistance during pumping, underground corrosion resistance, and prevention of mud and water seepage. They are environmentally friendly, do not leach out and do not pollute well water, have smooth inner walls and high pumping efficiency, and are suitable for the water transportation needs of rural drinking water and farmland irrigation. They are a cost-effective special pipe material for the construction of water well pipe networks.
1. Made with modified UPVC substrate specifically for water wells, lead-free and free of toxic plasticizers, environmentally friendly with no leaching, and does not pollute well water quality;
2. Pressure-resistant solid wall structure, primarily medium to low diameter (DN25~DN110), suitable for deep well pumps/self-priming pumps, the pipe body resists soil compression outside the well;
3. Added moisture-resistant and soil corrosion-resistant additives, resistant to underground acid, alkali, salt, and mineral corrosion in the well/buried section, one-piece molding without coating or detachment;
4. Equipped with water well-specific sealing socket/adhesive connection accessories, can be reinforced with pipe clamps, ensuring a tight connection to prevent leakage and underground mud and water seepage into the well pipe;
5. Ultra-smooth inner and outer walls, the inner wall reduces pumping resistance, the outer wall resists friction from well wall sand and gravel, and the buried sand and gravel compression, the pipe body is straight and easy to lay in the well;
6. Lightweight and high rigidity, easy to cut and transport, no professional equipment required, suitable for simple site conditions in rural water well construction.
1. Stable Pressure Resistance and Pumping Capability: Operating pressure reaches 0.6~1.2MPa, suitable for deep/shallow well pumps, with no pipe bursts, bulges, or deformation, ensuring continuous water extraction;
2. Excellent Hydraulic Performance: Smooth inner wall and low friction coefficient reduce head loss, improve pump efficiency, and lower pumping energy consumption;
3. Underground Corrosion and Weather Resistance: Operating temperature - 10℃~75℃, resistant to acid and alkali corrosion from underground soil and mineral corrosion from well water; the section buried in the well is resistant to long-term water immersion and microbial adhesion;
4. Meets hygiene and environmental protection standards: Meets drinking water pipeline standards, with no harmful substances leaching out, safe for transporting well water for drinking water, and also suitable for irrigation water transport;
5. Resistant to compression and wear: Resistant to abrasion from well wall sand and gravel during installation; the buried section withstands static soil loads and slight ground settlement without deformation or damage;
6. Reliable sealing and seepage prevention: A specialized connection structure achieves zero leakage, effectively preventing underground mud and water from seeping into and contaminating the well water, while also preventing water loss during transport.
1. Precise Adaptation to Well Conditions: Specifically enhanced pressure resistance, underground corrosion resistance, and mud and water seepage prevention, addressing the pain points of ordinary UPVC pipes being prone to wear, seepage, and poor pressure resistance when placed in wells.
2. Dual-Purpose Adaptability: Simultaneously meets the transportation needs of well water for drinking water and agricultural irrigation water. One pipeline network serves both rural drinking water and irrigation needs, eliminating the need for separate pipe selection.
3. Strong Construction Adaptability: Lightweight, easy to transport and cut, with simple connection processes, allowing farmers to operate independently. Suitable for rural well construction scenarios where specialized equipment is lacking.
4. High Efficiency and Energy Saving in Pumping: Smooth inner wall reduces pumping resistance and energy consumption, meeting the energy-saving needs of rural well pumping.
5. Outstanding Cost-Effectiveness: Raw material and construction costs are significantly lower than PE and stainless steel well pipes. No anti-corrosion maintenance is required for well/underground use, resulting in low total lifespan costs.
6. High Durability: Uncoated, one-piece molding design avoids corrosion and water pollution caused by coating peeling after placement in wells. Resistant to long-term underground immersion, ensuring a long service life.
1. Rural Domestic Water Supply: Water is pumped from private wells and village collective shallow/deep wells via underground pipes for drinking water and washing.
2. Agricultural Irrigation Well Supply: Water is pumped from agricultural irrigation wells via underground main pipes, connecting pumps to field irrigation networks for direct supply to fields/vegetable gardens.
3. Orchard/Economic Forest Well Supply: Water is pumped from wells in orchards, tea plantations, and other economic forest areas via branch pipes, suitable for drip irrigation, small-pipe outflow irrigation, and other precision irrigation methods.
4. Township Small Water Supply Station Supply: Water is pumped from wells in townships and villages via underground pipe networks, providing centralized drinking water for villagers.
5. Courtyard/Nurse Well Supply: Water is pumped from private wells in villa courtyards and nurseries, suitable for small-area irrigation of gardens and nurseries, as well as miscellaneous domestic water needs.
6. Mountainous/ Water conveyance from wells on slopes: for water extraction and underground conveyance in mountainous planting areas and sloping farmland, the pipe body is resistant to slight ground subsidence and is suitable for laying in irregular mountainous terrain.
