In which specific industrial and chemical fields (such as food processing, pharmaceuticals, and petrochemicals) are UPVC and CPVC pipes more commonly used? What specific needs of each application scenario are the choices of each material based on?
With its advantages as a high-tech enterprise and a complete management system certification, ZHEYI Group is able to provide customized, high-quality UPVC and CPVC pipe solutions for industries such as food processing, pharmaceuticals, petrochemicals, water treatment, and electroplating. The group's technical research and development capabilities (more than 50 independent intellectual property rights) and regional layout (Jiaxing and Wuhan) ensure flexible response and efficient service in different regions and fields.
UPVC (unplasticized polyvinyl chloride) and CPVC (chlorinated polyvinyl chloride) pipes are widely used in multiple industrial and chemical fields due to their excellent corrosion resistance, high temperature resistance, and low maintenance costs.
1. Food processing industry
Application scenarios:
Food processing water and cleaning fluid delivery pipelines.
Non-corrosive or low-corrosive food-grade chemical delivery.
Selection basis:
UPVC and CPVC pipes have good hygienic properties and meet food-grade requirements. ZHEYI Group holds the Zhejiang Province Water-related Product Hygiene License, which can ensure the safety and hygiene of pipeline materials and meet the high standards of food processing for conveying materials.
CPVC is more durable than UPVC in high temperature environments and is more suitable for conveying high-temperature cleaning fluids or warm water required in food processing.
2. Pharmaceutical Industry
Application scenarios:
Pure water pipeline system.
Acid and alkali solution transportation in drug synthesis.
Selection basis:
The pharmaceutical industry has extremely high requirements for the chemical stability and corrosion resistance of pipeline systems. ZHEYI Group has ISO9001 quality management and ISO14001 environmental management system certification to ensure the high reliability and low pollution of its pipeline products in production and application.
CPVC can maintain excellent chemical resistance at high temperatures and is used to convey hot acid and alkali solutions or other corrosive liquids in drug synthesis.
UPVC is suitable for ordinary pipeline applications in pharmaceutical plants that do not involve high temperatures, and is economical and durable.
3. Petrochemical Industry
Application scenarios:
Chemical storage and transportation pipelines.
Sewage treatment system of petrochemical plants.
Selection basis:
The petrochemical industry often needs to transport strong acids, strong alkalis or other corrosive media. CPVC is the first choice for transporting highly corrosive media in the petrochemical field due to its stronger chemical resistance and high-temperature bearing capacity.
ZHEYI Group's products have passed the special equipment production license to ensure safety and compliance when used in the high-risk and high-demand petrochemical industry.
4. Water treatment and environmental protection industry
Application scenarios:
Industrial wastewater treatment.
Municipal water supply and wastewater pipeline network.
Selection basis:
UPVC is suitable for transporting ordinary wastewater and municipal water supply with its low cost and good corrosion resistance.
CPVC is suitable for treating industrial wastewater containing highly corrosive or high-temperature waste liquids. ZHEYI Group's dual-base layout (East China and Central China) and its own production license can quickly respond to the needs of municipal and environmental protection projects.
5. Electroplating and metal processing industry
Application scenarios:
Electroplating tank liquid transportation.
Acid and alkali metal wastewater treatment.
Selection basis:
Electroplating liquids usually contain strong acid and alkali components. CPVC's chemical resistance and high temperature resistance are very suitable for such scenarios.
UPVC is suitable for conveying ordinary liquids in low-corrosive or normal temperature environments.
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