
| Brand | Hongsen |
| Connection Size | 3/8 SAE |
| Product Type | Solenoid Valve |
| Model | 1064-3 |
| Material | Brass |
| Quantity | Pack of 1 Pieces |
Hongsen 1064-3 3/8 SAE Solenoid Valve
Product Description
The Hongsen 1064-3 3/8 SAE Solenoid Valve is a premium-quality refrigeration control valve designed for efficient refrigerant flow regulation in HVAC and refrigeration systems. Engineered for reliable and precise operation, this solenoid valve is ideal for use in air conditioning units, refrigeration equipment, cold storage systems, and commercial cooling applications.
Constructed using durable brass material and precision-engineered internal components, the 1064-3 solenoid valve provides excellent corrosion resistance, strong sealing performance, and long-lasting durability under continuous working conditions. Its 3/8 SAE connection ensures secure installation and compatibility with refrigeration piping systems and servicing equipment.
The valve is designed to accurately control the opening and closing of refrigerant flow, helping improve cooling efficiency, temperature stability, and overall system performance. Its compact and robust structure allows convenient installation in both residential and commercial HVAC systems while maintaining dependable operation during demanding refrigeration applications.
Compatible with refrigeration control systems and suitable for various refrigerants, the Hongsen 1064-3 Solenoid Valve is widely used by HVAC technicians, refrigeration engineers, and maintenance professionals for installation, servicing, and repair work. The leak-resistant construction minimizes refrigerant loss and supports safe and efficient refrigeration system operation.
Key Features
- 3/8 SAE connection for secure and reliable installation
- Durable brass body for enhanced corrosion resistance and long service life
- Precision refrigerant flow control for efficient HVAC system performance
- Compact and sturdy construction suitable for professional applications
- Leak-resistant design improves operational safety and reliability


