Fire Pump Self-Lock Coupling is a critical component in modern firefighting and emergency water delivery systems. Designed for quick and secure hose connections, this self-locking coupling ensures a tight seal under high pressure, reducing the risk of leaks or disconnections during critical operations. Manufactured by ZYFIRE, a trusted name in fire protection hardware, this coupling delivers durability, reliability, and performance in the harshest environments.
Basic Information of Fire Pump Self-Lock Coupling
- Model Number: Coupling
- Material: High-strength carbon steel
- Application: Designed for fire hose, fire pump systems, and emergency water transfer
- Transport Package: Cartons for safe shipping
- Specification: Self-lock coupling
- Trademark: ZYFIRE
- Origin: China
- HS Code: 760900
- Production Capacity: Up to 1,000,000 meters per month
Key Features & Benefits of Fire Pump Self-Lock Coupling
✅ Durable Carbon Steel Construction
Built from premium carbon steel, this fire hose coupling offers exceptional resistance to wear, corrosion, and high-pressure environments. Ideal for firefighting, industrial use, and emergency response.
✅ Self-Locking Design
The self-lock mechanism provides a secure and fast connection between hoses and pumps, minimizing setup time and ensuring leak-free performance even under extreme conditions.
✅ High Flow Efficiency
Engineered for high-volume water flow, this coupling supports efficient water transfer from fire pumps to hoses without restricting pressure.
✅ Universal Application
Compatible with a variety of hose types and sizes, this coupling is perfect for municipal fire departments, industrial firefighting systems, irrigation, and disaster relief applications.
✅ Mass Production Capability
With a monthly production capacity of 1,000,000 meters, ZYFIRE ensures consistent supply and quick turnaround times for bulk orders.
Applications of Fire Pump Coupling
- Fire pump systems
- Fire hose connections
- Industrial water transfer
- Emergency response
- Agricultural irrigation
- Construction site water handling