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The irrigation dedicated PVC-O water supply pipe is a high-performance PVC water delivery pipe modified by biaxial axial orientation technology. It is customized and optimized specifically for agricultural, forestry and horticultural irrigation scenarios. It inherits the core advantages of PVC-O pipes including high strength and light weight, and is specially enhanced with outdoor UV resistance, soil corrosion resistance and low head loss water delivery performance.
It is suitable for sprinkler irrigation, drip irrigation, pipe irrigation and other irrigation methods. Compared with ordinary UPVC irrigation pipes, it features longer service life and higher water delivery efficiency, making it a preferred high-performance pipe for constructing irrigation pipe networks in farmland, gardens and greenhouses.
Made of irrigation-specific PVC-O resin base material and formed by biaxial axial orientation, it has a dense molecular structure with both high strength and high toughness. The thin-wall and lightweight design saves more material than UPVC irrigation pipes of the same pressure rating and is easy to carry, suitable for scattered field construction.
Modified for outdoor use with high UV-resistant and soil corrosion-resistant additives blended into the pipe body. The outer wall is wear-resistant against field gravel friction; it will not pulverize or crack under open-air laying. Integrally formed without surface coating, eliminating the risk of coating peeling off.
Covers mainstream calibers for irrigation projects (DN50~DN315) with pressure grades matching irrigation demands. Featuring high roundness and precise dimensions, it can flexibly construct main and branch irrigation pipelines.
Matched with simple anti-seepage socket-type sealed connectors. The joint design enables rapid field construction with excellent anti-seepage and anti-disengagement performance, resisting water pressure fluctuation and slight soil disturbance during farmland irrigation.
The inner and outer walls are highly smooth with high precision. The inner wall reduces water delivery resistance, while the outer wall resists soil and weed adhesion for easy field cleaning. The pipe owns proper flexibility and adapts to small-curvature laying on uneven terrain such as slopes and terraced fields.
Resists slight rolling by agricultural machinery. It can withstand mild extrusion and collision from farm machinery operations without easy deformation or damage, perfectly adapting to actual agricultural working conditions.
Excellent mechanical adaptability: Tensile and impact strength is 2~3 times that of ordinary UPVC irrigation pipes. With outstanding ring stiffness, it resists soil extrusion and slight rolling by farm machinery, avoiding collapse and deformation on sloped land and resisting damage from field gravel impact.
Superior outdoor weather and corrosion resistance: Applicable temperature range: -10℃~70℃, adapting to day-night and seasonal temperature differences in northern and southern farmland. It resists UV aging with stable long-term performance under open-air laying. It tolerates weak corrosion from farmland soil acid-alkali salts and irrigation water without swelling or aging.
High-efficiency and energy-saving water delivery: The ultra-smooth inner wall has a much lower friction coefficient than conventional irrigation pipes, greatly reducing head loss in long-distance farmland water delivery, improving transmission efficiency and lowering water pump energy consumption, fully meeting agricultural water-saving irrigation requirements.
Stable pressure-bearing water delivery: Working pressure ranges from 1.6~2.5 MPa, satisfying conventional pressure demands of sprinkler irrigation, drip irrigation and high-pressure pipe irrigation. No leakage or pipe burst occurs during long-term operation, matching water pressure requirements of various irrigation modes.
Wear-resistant, antifouling and easy maintenance: The outer wall resists gravel friction and soil adhesion, not easy to scratch or scale during field construction and service. The inner wall hardly scales or breeds microorganisms, maintaining stable water delivery efficiency long-term with no frequent desilting required.
Good terrain adaptability: Combining structural rigidity and proper flexibility, it supports small-curvature laying on uneven terrain such as farmland slopes, terraced fields and greenhouses, eliminating the need for extra elbow fittings and simplifying construction.
Farmland Irrigation: Suitable for sprinkler irrigation, pipe irrigation and flood irrigation systems of grain and cash crops in plain and hilly farmland. Used as main and branch pipelines for long-distance water delivery in large-scale farmland.
Orchard & Economic Forest Irrigation: Applied to drip irrigation, small-tube outflow and micro-sprinkler irrigation pipe networks for fruit trees, tea plants, mulberry trees and mountain orchards, adapting to irregular terrain laying on slopes and terraced fields.
Landscape Greening Irrigation: Used for water delivery in sprinkler and micro-irrigation systems of urban parks, municipal road green belts, residential landscapes and nurseries. With excellent outdoor UV aging resistance, it meets decentralized irrigation demands of urban greening.
Greenhouse Irrigation: Applied to precise drip irrigation and micro-sprinkler irrigation for vegetable, flower and seedling greenhouses. The thin-wall lightweight design suits laying and renovation in narrow greenhouse spaces.
Modern Agricultural Park Irrigation: Serves as main pipes for water-saving irrigation pipe networks in smart agricultural parks and intensive planting bases, compatible with intelligent irrigation systems combining drip and sprinkler irrigation to improve water delivery efficiency.
Wilderness & Landscape Greening Irrigation: Used for irrigation water supply in large green areas such as country parks, riverside landscape belts and golf courses. It withstands harsh outdoor environments and meets long-distance, large-flow irrigation demands.
