Home / Product / 电磁阀 / ZCFP-PVC Direct Acting Plastic Solenoid Valve (High Chemical Resistance)

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Model:

ZCFP

ZCFP-PVC Direct Acting Plastic Solenoid Valve (High Chemical Resistance)

The ZCFP-PVC Series is a premium direct-acting plastic solenoid valve specifically engineered for applications involving highly corrosive liquids, such as acids, alkalis, brine, and high-purity water. Constructed from durable PVC (Polyvinyl Chloride), this valve provides exceptional resistance to chemical attack, eliminating the corrosion issues common with metal valves. Its zero-differential pressure design makes it a reliable, lightweight, and cost-effective choice for chemical dosing and water treatment systems.

Size Range: DN15-DN50 Pressure Range: 0.1-7Bar

Max Temperature: 80℃

Voltage: AC/DC 12V/24V110V/220V

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Features

Constructed entirely from corrosion-proof PVC plastic, this direct-acting solenoid valve offers reliable zero-pressure control and superior chemical resistance for acidic and alkaline fluid handling systems.

✅Superior Chemical Resistance: Made from industrial-grade PVC, the valve body and structure are highly resistant to most mineral acids, alkalis, and inorganic salt solutions, guaranteeing a long service life in harsh chemical environments.

✅Direct-Acting Zero Pressure Start: Maintains the core benefit of the 2W series, allowing the valve to operate effectively from 0 bar (0 psi), making it ideal for low-head gravity systems and chemical dosing pumps.

✅Non-Contaminating Design: The plastic material ensures that the fluid media remains uncontaminated by rust or metallic ions, which is essential for pure water systems and sensitive chemical processes.

✅Lightweight and Cost-Effective: PVC offers a significantly lower weight and material cost compared to stainless steel or brass, resulting in easier installation and a lower total system cost.

✅Easy Threaded Connection: Designed with standard NPT or BSP threaded ports (specify which one your model uses) for quick and secure integration into existing PVC piping infrastructure.