Fire Angle Valve

Customers can obtain free samples of Fire Angle Valve from Fuxeon®. It is a fixed-type fire protection equipment installed in the fire water supply network of buildings, used to control and extinguish initial fires. It typically consists of a hydrant cabinet, hydrant valve, fire hose, and nozzle. When in use, water is drawn through the valve and directed through the hose and nozzle to extinguish the fire. According to common thread or connection standards, it can be classified as BSP, NPT, GOST, Storz, or JIS type.

Why Choose Our Landing Valve?

1.We offer fire hose angle valves made from various materials, including ductile iron, brass, and stainless steel.

2.Our angle hose valve are manufactured to meet the main market standards, such as BS standard, NFPA standard, GOST standard, DIN standard, and JIS standard.

3.With our own fire hydrant valve factory, we can produce in large volumes, control costs, and provide supporting products such as fire hose cabinets and fire hoses, reducing procurement steps and lowering overall purchase costs.

4.Our oblique type hose valve are FM approved, allowing them to enter the market easily and reducing tedious market certification.

FAQ

Q1: What materials are fire angle valves made of?

Main body adopts forged brass or cast iron; internal valve core, sealing parts and thread components use high‑quality brass and stainless steel. With anti-corrosion surface treatment, the whole structure is wear-resistant, pressure-resistant and leakage-proof.

Q2: What are the structural advantages of angle design?

The 90° angle structure changes the flow direction of water, saves installation space, and is more suitable for corner and narrow cabinet installation. It ensures stable water flow, reduces flow resistance, and improves the efficiency of fire water output.

Q3: Can fire angle valves work stably in long-term wet environments?

Yes. Brass material has excellent rust resistance and water corrosion resistance. Premium sealing gaskets prevent dripping and leakage. It adapts to long-term indoor wet piping environments and meets long-term standby fire protection requirements.