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Industrial PVC-O water supply pipes are high-performance polyvinyl chloride pipes modified through a bidirectional orientation process. They are specifically designed for high-pressure, heavy-duty, and multi-condition water supply and drainage scenarios in industrial plants. Compared to ordinary UPVC pipes, their strength, pressure resistance, and impact resistance are significantly improved. They also have a thinner wall thickness under the same pressure, making them suitable for high-pressure transmission and distribution of industrial cold water, cooling water, and miscellaneous process water. They can be installed underground or exposed, making them a high-performance, lightweight pipe material for industrial water supply and drainage networks.
1. Made with a special PVC-O base material, formed using a bidirectional axial orientation process, resulting in a dense molecular structure with both high strength and toughness, unlike ordinary extruded PVC pipes;
2. High-pressure resistant, solid-walled, lightweight structure; the wall thickness is significantly thinner than UPVC pipes for the same pressure rating, saving material and installation space;
3. Industrial-grade design, covering medium to large diameters (mainly DN50~DN315), with multiple pressure ratings to meet different pressure requirements of industrial main/branch pipes;
4. Contains industrial-specific modified additives, offering resistance to weak corrosion, UV radiation, and aging, suitable for industrial soil/outdoor environments, and seamless, one-piece molding;
5. Equipped with industrial-grade elastic sealing ring socket/thermofusion connectors, ensuring a sealed interface suitable for high-pressure industrial water supply, and allowing for interface reinforcement;
6. High-precision smooth inner and outer walls; the inner wall reduces water resistance, while the outer wall resists industrial sand and gravel abrasion and minor mechanical impacts.
1. Superior Mechanical Properties: Tensile, compressive, and impact strengths are 2-3 times that of ordinary UPVC pipes. Excellent ring stiffness ensures resistance to heavy-duty compression and equipment impacts in industrial environments without deformation or damage.
2. Stable High-Pressure Water Delivery: Operating pressures range from 1.6 to 4.0 MPa, covering industrial high-pressure water supply and drainage, and process cold water distribution needs. No risk of pipe bursts or leaks; suitable for long-distance high-pressure water delivery.
3. Resistant to Weak Corrosion: Resistant to weak acids, alkalis, and inorganic salts in industrial soil, cooling water, and process miscellaneous water. No swelling or aging; suitable for distributing non-strongly corrosive media in industrial environments.
4. Ultra-High Hydraulic Efficiency: Thin-walled design with a smooth inner wall results in extremely low friction coefficient, significantly reducing head loss, improving the efficiency of industrial water supply networks, and reducing pump energy consumption.
5. Stable Weather and Temperature Resistance: Operating temperature ranges from -10℃ to 70℃; suitable for ambient temperature cold water distribution in industrial plants; UV resistant for outdoor installation. 6. Reliable sealing and seepage prevention: Industrial-grade connectors achieve zero leakage under high pressure, avoiding waste of industrial water resources and preventing external industrial impurities and mud from seeping into the pipe and contaminating the medium.
1. High Performance and Lightweight: Thinnest wall thickness for the same pressure rating, resulting in lighter weight, less material usage, and significantly reduced transportation and laying costs, balancing high strength and lightweight design;
2. Precise Adaptation to Industrial Conditions: High pressure resistance, impact resistance, and resistance to weak corrosion, perfectly solving the pain points of ordinary UPVC pipes being prone to damage and bursting in heavy-duty/high-pressure industrial scenarios;
3. High Efficiency and Energy Saving in Water Transportation: Smooth, thin-walled design minimizes water flow resistance, resulting in significant energy savings during long-distance, high-pressure water transportation, meeting industrial energy-saving requirements;
4. Superior Cost-Effectiveness Compared to Metal Pipes: Raw material costs are far lower than stainless steel and carbon steel industrial pipes, and no anti-corrosion coating is required. Maintenance-free throughout the entire lifespan, resulting in low operating costs;
5. Superior Durability: Dense molecular structure provides excellent anti-aging, corrosion resistance, and wear resistance, with a designed service life far exceeding that of ordinary UPVC pipes, reducing the frequency of industrial pipeline replacement;
6. High Laying Flexibility: Lighter than UPVC/metal pipes of the same specifications, suitable for buried/underground installations in complex terrains of industrial plants (such as inside workshops or along factory roads). Exposed installation allows for more flexible pipeline layout.
