UPVC chemical pipes are thermoplastic pipes made by extruding polyvinyl chloride resin with stabilizers, lubricants and other additives. Its feature is that no plasticizer is added, so it has high hardness and strong rigidity, which is different from soft PVC pipes.
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UPVC Industrial Pipe is a high-performance thermoplastic piping system manufactured by extruding polyvinyl chloride resin blended with stabilizers, lubricants, and other additives. A key distinction from soft PVC pipes is its plasticizer-free formulation, which imparts exceptional hardness and rigidity. Engineered for industrial-grade use, this pipe delivers reliable performance in demanding fluid transport and processing applications.
UPVC Industrial Pipe excels in resisting acids, alkalis, salt solutions, and most inorganic solvents. This makes it indispensable in industrial settings where corrosive media are commonly handled, as it avoids the degradation that plagues metal or low-grade plastic pipes.
The pipe’s ultra-smooth inner wall minimizes surface friction, resulting in low fluid resistance. This design optimizes flow rates, reduces energy consumption for pumping systems, and prevents the buildup of deposits that can clog pipes over time.
Boasting excellent water pressure resistance, impact resistance, and tensile strength, UPVC Industrial Pipe withstands the rigors of industrial operations. It maintains structural stability even under sudden pressure fluctuations or physical impacts.
Thanks to its superior chemical stability, UPVC Industrial Pipe offers long-term durability. It resists UV radiation, temperature variations, and environmental wear, ensuring consistent performance without degradation for decades.
Available in a wide spectrum of diameters and paired with complete pipe fittings, this pipe adapts to diverse engineering needs—from small-scale laboratory setups to large industrial facilities. Its versatility eliminates the need for multiple piping systems.
| Parameter | Numerical value |
| Density | 1.38-1.50g/cm³ |
| Vicat softening temperature | ≥80℃ |
| Tensile strength | ≥40MPa |
| Longitudinal retraction rate | ≤5% |
| Impact strength | 11.0 kJ/m² |
In chemical plants, UPVC Industrial Pipe safely transports raw materials, intermediates, and finished chemical products. Its corrosion resistance prevents contamination and ensures the purity of sensitive chemical processes.
Ideal for wastewater collection and treatment systems, the pipe handles corrosive and particulate. Laden wastewater without clogging or deteriorating, supporting efficient and environmentally friendly waste management.
The electronics and electroplating sectors rely on UPVC Industrial Pipe to transport plating solutions and other corrosive fluids. Its non-reactive properties protect sensitive equipment and maintain the quality of electroplated products.
Laboratories benefit from the pipe’s chemical inertness and easy sterilization. It safely conveys reagents, solvents, and waste fluids, meeting the strict hygiene and safety standards of research and testing environments.
The absence of plasticizers in UPVC Industrial Pipe is a critical design choice, ensuring high rigidity and hardness. This formulation also enhances chemical resistance, making the pipe suitable for aggressive media.
Engineered with a polished inner surface, the pipe minimizes flow resistance and prevents sediment accumulation. This design not only improves efficiency but also simplifies cleaning and maintenance.
The pipe’s uniform wall thickness and rigid construction provide exceptional pressure-bearing capacity. It is designed to withstand the mechanical stresses of industrial installation and operation, including underground laying and heavy-duty use.
No, it is strictly prohibited for hot water or high-temperature media transport. The pipe performs best within a moderate temperature range, and exposure to high heat can compromise its structural integrity.
Common methods include solvent bonding and rubber ring connection. Solvent bonding requires clean interfaces for a secure seal, while rubber ring connections demand intact sealing rings to prevent leakage.
Yes, laying a sand cushion layer is recommended for underground installation. It protects the pipe from sharp objects like stones, preventing cracks or punctures caused by soil pressure.
No, its durable and corrosion-resistant design means minimal maintenance. Routine inspections of joints and connections are sufficient to ensure long-term performance, reducing operational downtime and costs.
