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2026

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Mild Steel & Stainless Steel Fire Landing Valve: High-Pressure Control for Firefighting Systems


A new oblique-type fire landing valve has been introduced, crafted from mild steel and stainless steel for durability and reliability in fire protection systems. With a 1.6MPa working pressure, 2.5MPa testing pressure, and size options (1"–3"), this BSP-compatible valve features efficient flow design and customizable connections—ideal for commercial, industrial, and municipal firefighting networks requiring precise water flow control.

Fire landing valves are critical for regulating water supply in fire hydrant systems, demanding robust construction, pressure resistance, and easy integration. This oblique-type model combines structural strength with functional efficiency, meeting the needs of emergency response and fire safety infrastructure worldwide.

1. Premium Mild Steel & Stainless Steel Construction

Dual Material Options: Available in mild steel (cost-effective, high tensile strength) and stainless steel (superior corrosion resistance),Adapted diverse environments—from indoor industrial settings to outdoor coastal areas.
Durable & Impact-Resistant: Engineered to withstand physical impacts, harsh weather, and frequent use, ensuring structural integrity during emergencies and long-term service.
Non-Hazardous Composition: Free from toxic chemicals, aligning with global environmental and safety standards for safe installation in public and private spaces.

2. High-Pressure Performance & Reliability

1.6MPa Working Pressure: Handles the high water pressure demands of firefighting systems, delivering consistent flow for hose connections and fire suppression.
2.5MPa Testing Pressure: Exceeds working pressure requirements for rigorous safety verification, ensuring no leakage or failure under extreme conditions.
PN-16 Rating Compliance: Meets international pressure standards, compatible with global fire protection infrastructure and equipment.

3. Oblique-Type Design: Efficient Flow & Easy Maintenance

Oblique Structure: Optimizes water flow with minimal resistance, maximizing water volume and pressure delivery to fire hoses—critical for fast fire suppression.
Simplified Maintenance: Oblique design allows easy access to internal components, reducing downtime during inspections, repairs, or replacements.
Leak-Proof Sealing: Precision-engineered valve seats ensure tight closure, preventing water waste and maintaining system pressure when not in use.

4. Versatile Sizes & Connections

Size Range (1"–3"): Available in 1", 1.5", 2", 2.5", 3" options, matching standard pipe diameters (e.g., DN25 to DN80) for seamless integration into existing systems.
BSP Compatibility: Features BSP (British Standard Pipe) threads, with optional NPT/grooved connections, supporting global installation needs without custom adapters.
Multiple Inlet/Outlet Configurations: Offers flexible pairing (e.g., BSP/BSPT, NPT/NH) to fit fire hydrants, hoses, and piping networks of different specifications.

5. Customizable for Specific Needs

Custom Nameplates: Add identification labels, pressure ratings, or compliance markings for easy inventory management and regulatory tracking.
Packaging Solutions: Tailored packaging for bulk orders, ensuring safe transport and organized storage for large facilities or municipal departments.
OEM/ODM Support: Modify dimensions, connections, or materials to fit unique fire system requirements, adapting to non-standard setups.

6. Ideal Applications

Municipal Fire Networks: Integrates with outdoor hydrants and underground piping for public emergency response.
Industrial Facilities: Factories, warehouses, and petrochemical plants benefit from corrosion-resistant materials and high-pressure performance.
Commercial Buildings: Hotels, malls, and office towers use the valve in indoor fire hose cabinets and standpipe systems.
Transportation Hubs: Airports, seaports, and train stations rely on its durability for critical fire protection in high-traffic areas.
This oblique-type fire landing valve delivers a reliable, versatile solution for fire safety professionals. Its robust construction, high-pressure capacity, and flexible design make it an essential component for safeguarding lives and property across diverse firefighting environments.