| Technical Specification | |
| Size | Inlet 100mm with 63mm size two nos. female outlet |
| Material | LTB-2 of IS:318 |
| Conforming Specification | IS 5290 |
| Performance Test | --- |
| Hydrostatic (Body Test) | Tested at 21 Kgf/cm2 |
| Water Tightness (Seat Test) | Tested at 14 Kgf/cm2 |
| Flow Test | 1800 Liter at 7 Kgf/cm2 |
Double Outlet Type B Gun Metal ISI Hydrant Valve
The Double Outlet Type B Gun Metal ISI Hydrant Valve is a critical component of a fire hydrant system, designed to provide a dependable and controlled water supply during firefighting operations. Manufactured from high-quality gun metal and conforming to IS 5290 standards, this valve offers superior strength, corrosion resistance, and long service life, making it suitable for industrial, commercial, residential, and institutional fire protection installations.
Featuring a double outlet configuration, the valve allows simultaneous connection of two fire hoses, enabling efficient water distribution and enhanced firefighting capability during emergencies. Its robust construction ensures reliable performance under high-pressure conditions while maintaining smooth operation and minimal maintenance requirements.
Technical Advantages
The Double Outlet Type B Gun Metal ISI Hydrant Valve is engineered to deliver consistent water flow during emergency situations. Its rugged gun metal body provides excellent resistance to corrosion, wear, and environmental conditions. The dual outlet arrangement improves firefighting efficiency by allowing multiple firefighting lines to operate simultaneously from a single hydrant point.
Why Choose Vintex Fire Hydrant Valves?
Vintex Fire offers high-quality fire hydrant equipment manufactured using premium materials and stringent quality control procedures. Our hydrant valves are designed to meet industry standards and provide reliable performance for critical fire protection applications. The valves are widely used across commercial, industrial, and infrastructure projects where dependable firefighting systems are essential.