UW-25 2-Way Water Solenoid Valve – AC220V Brass Electric Control Valve

The UW-25 2-Way Water Solenoid Valve is a high-performance brass electric valve designed for efficient and reliable water flow automation. Built with durable brass housing and a 2-way design, this solenoid valve ensures smooth water regulation for both domestic and industrial applications. With its AC220V coil operation, it offers fast response, long service life, and stable performance under continuous use.

Perfect for water treatment systems, industrial automation, irrigation systems, and HVAC applications, the UW-25 solenoid valve guarantees leak-free, high-pressure resistance, and energy-efficient operation.

Key Features:

• ✅ 2-Way Design – Ensures smooth and controlled water flow regulation.

• ✅ High-Quality Brass Body – Corrosion-resistant, durable, and long-lasting.

• ✅ AC220V Coil Operation – Provides reliable electric control with quick response.

• ✅ Wide Application – Suitable for water treatment, industrial automation, irrigation, HVAC, and more.

• ✅ Leak-Proof Construction – Ensures maximum efficiency with zero water leakage.

• ✅ High Temperature & Pressure Resistance – Designed for robust industrial environments.

• ✅ Energy-Efficient – Low power consumption with consistent performance.

Technical Specifications:

• Model: UW-25

• Type: 2-Way Water Solenoid Valve

• Material: Brass

• Coil Voltage: AC220V

• Connection Size: 1 inch (25mm)

• Working Medium: Water / Non-corrosive liquids

• Operation Type: Normally Closed (NC)

• Pressure Range: 0.02 – 0.8 MPa

• Temperature Range: -5°C to 80°C

• Port Size: 1/4″ (Control Port)

• Application: Water supply systems, irrigation, industry, HVAC, automation.

Why Choose the UW-25 Solenoid Valve?

The UW-25 Brass Solenoid Valve is engineered for long-lasting reliability and precision control, making it the perfect solution for industrial water automation. Whether you need it for residential water supply, irrigation, or industrial projects, this valve ensures maximum performance and durability.