The iFrezer Electric Brass Solenoid Valve is a commercial-grade, high-precision electromagnetic fluid control valve engineered to automate the flow of water, air, oil, gas, and refrigerants in industrial HVAC/R and fluid processing systems.

Product Introduction

Designed for heavy-duty system automation, the iFrezer Electric Brass Solenoid Valve features an ultra-responsive electromagnetic coil assembly coupled with a rugged, corrosion-resistant brass body layout. This high-efficiency valve provides immediate, reliable on/off flow control under high-pressure conditions, minimizing pressure drops and preventing fluid backflow. Built to withstand demanding thermal workloads, it serves as a critical control component for commercial refrigeration lines, water treatment setups, and automated factory piping layouts.

Key Technical Specifications

• Product Classification: Electric Solenoid Valve / Electromagnetic Fluid Control Valve
• Body Material: Heavy-duty, forged premium brass structure
• Operation Mode: Direct-acting or pilot-operated electromechanical switching
• Valve Ports: Precision female NPT thread connections for leak-proof pipe joints
• Application Range: Commercial refrigeration systems, automated HVAC liquid lines, water management networks, and industrial pneumatic machinery

Core Features 

• High-Precision Flow Control: Advanced internal diaphragm architecture delivers rapid, milliseconds-fast electromechanical opening and closing response times for precise fluid automation.
• Rugged Forged Brass Body: Manufactured from industrial-grade, corrosion-resistant brass to withstand extreme structural pressure and resist scaling over prolonged service cycles.
• Heavy-Duty Electromagnetic Coil: Equipped with a premium, fully insulated solenoid coil assembly that ensures continuous runtime stability and reduces electrical power consumption.
• Leak-Proof Threaded Interface: Features deep, clean female thread ports that provide a rock-solid, vibration-proof mechanical connection with standard industrial piping.
• Wide Thermal Operational Range: Engineered to perform flawlessly across a versatile range of fluid temperatures and working pressures, making it highly adaptable for diverse industrial environments.