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UPVC irrigation pipes are made of modified rigid UPVC substrate and are specially designed for irrigation in farmland, gardens, and greening. They are enhanced with outdoor weather resistance, pressure resistance, and leak-proof performance, and are suitable for various irrigation methods such as drip irrigation, sprinkler irrigation, and flood irrigation. The smooth inner wall makes them highly efficient in water delivery, and they are lightweight and easy to install. They are a cost-effective water delivery pipe material for agricultural production and the construction of irrigation networks for landscaping.
1. Utilizes modified UPVC substrate specifically designed for irrigation, preventing the release of harmful substances and ensuring no pollution of irrigation water or soil;
2. Lightweight/medium-sized solid-wall pressure-resistant structure, primarily in small to medium diameters (DN20~DN160), suitable for the standard working pressure of irrigation systems;
3. Contains high UV resistance and anti-aging additives, preventing powdering and cracking when laid outdoors, and resisting soil and gravel abrasion when buried;
4. Equipped with adhesive/socket-type quick-connect fittings, ensuring a tight connection and adaptability to branching, docking, and expansion of irrigation networks;
5. Smooth inner and outer walls, with the inner wall reducing water resistance and the outer wall preventing soil and debris adhesion, facilitating cleaning;
6. Can be cold-bent at small angles, easy to cut, suitable for laying in irregular terrains such as fields, gardens, and slopes.
1. Stable Pressure Resistance and Water Delivery: Operating pressure reaches 0.6~1.0MPa, meeting the conventional water pressure requirements for agricultural and forestry irrigation, preventing pipe bursts and leaks, ensuring continuous water delivery;
2. Excellent Hydraulic Performance: Smooth inner wall, low friction coefficient, low flow resistance, reducing head loss, improving water delivery efficiency, and saving water and energy;
3. Excellent Outdoor Weather Resistance: Operating temperature -10℃~70℃, resistant to UV aging, long-term performance degradation even when laid outdoors, and resistant to mild acid and alkali corrosion when buried;
4. Environmentally Friendly and Pollution-Free: No toxic substances are released from the pipe, preventing pollution of irrigation water, farmland, and garden soil, meeting agricultural production and greening environmental protection requirements;
5. Mechanically Compatible: Resistant to impacts during field construction and minor crushing by agricultural machinery, and can withstand static soil loads when buried, without deformation or damage;
6. Reliable Sealing and Leakage Prevention: Zero leakage is achieved after connection, effectively reducing irrigation water waste and ensuring the utilization rate of the pipeline network.
1. Precisely Adaptable to Irrigation Scenarios: Enhanced with UV resistance, pressure resistance, and seepage prevention, solving the problems of aging and leakage common in outdoor irrigation pipes.
2. Highly Efficient and Water-Saving: Smooth inner wall reduces flow resistance, minimizing energy consumption and water resource loss, meeting the requirements of water-saving agricultural irrigation.
3. High Cost-Effectiveness: Raw material and construction costs are significantly lower than PE and PPR irrigation pipes; maintenance-free throughout its entire lifespan, greatly reducing the cost of agricultural and forestry irrigation networks.
4. Convenient and Easy Construction: Easy to cut, quick forming with adhesive/socket connections; no specialized equipment required; farmers and gardeners can construct themselves, suitable for decentralized field installations.
5. Flexible Network Layout: Full coverage of small and medium diameter pipes; flexible construction of main/branch networks for drip irrigation, sprinkler irrigation, and micro-irrigation; suitable for irregular terrains such as fields, slopes, and greenhouses.
6. High Durability: Outdoor anti-aging, underground corrosion resistant, long service life, no need for frequent pipe replacements, reducing subsequent network maintenance workload.
1. Agricultural Field Irrigation: Main/branch pipes for sprinkler, flood, and pipe irrigation systems in farmland, vegetable fields, and miscellaneous grain planting areas; buried or exposed pipe networks for field use.
2. Orchard/Economic Forest Irrigation: Drip and small-pipe irrigation networks for fruit trees, tea trees, mulberry trees, and other economic forests; suitable for irregular terrain such as mountains and slopes.
3. Landscaping Irrigation: Sprinkler and micro-irrigation systems for urban parks, square green belts, residential gardens, and nurseries; outdoor open-air pipe network construction.
4. Greenhouse/Shelter Irrigation: Drip and micro-sprinkler irrigation networks for vegetable, flower, and seedling greenhouses; suitable for the precise installation in confined spaces within greenhouses.
5. Municipal Greening Irrigation: Irrigation for urban road green belts, street trees, and riverside landscape belts; outdoor laying of municipal greening pipe networks.
6. Courtyard/ Private garden irrigation: Drip irrigation and watering systems for villa courtyards, private gardens, and terrace vegetable gardens. Lightweight and easy to install, suitable for small-area garden irrigation.
