Application Scenarios
Industrial PVC pipes are widely used across multiple industries due to their excellent overall performance, meeting various complex transportation requirements:
Chemical Industry: Used to transport raw materials, finished products, and low-concentration chemical media. It reduces transportation costs and prevents corrosion-related leakage risks, improving efficiency and safety.
Oil & Gas: Applied in extraction and transportation processes under complex outdoor and underground conditions, with strong weather resistance and sealing performance to ensure safe and stable energy delivery.
Mining: Suitable for ore processing, mining operations, and tailings transport. It resists abrasion and corrosion from slurry and mineral particles, reducing replacement frequency and maintenance costs.
Power Industry: Used for cooling water systems and cable protection. It is non-conductive and thermally insulating, ensuring safe and stable operation of electrical systems.
Water Supply & Drainage: Ideal for industrial water supply, wastewater treatment, and discharge systems. Smooth inner walls prevent scaling and blockage while ensuring efficient flow and environmental compliance.
Heating Systems: Used in industrial and commercial heating networks, often combined with insulated pipe systems, ensuring efficient heat transfer and reduced energy loss.
Advantages
✔UPVC Series: Max temperature 60°C, long-term use at 45°C. Suitable for cold water, corrosive media, irrigation, drainage, and general industrial applications with high cost performance.
✔CPVC Series: Max temperature 110°C, long-term use at 95°C. Suitable for hot water and highly corrosive media in industries such as oil, chemical, electronics, metallurgy, food, and pharmaceuticals.
✔General Features: Corrosion resistant, impact resistant, smooth inner wall, anti-scaling, insulating, non-conductive, easy to install, and long service life. It offers a cost-effective alternative to metal pipes, reducing installation and maintenance costs while improving operational efficiency.