Fire Valves

The Fire Protection Grooved Rising Stem Gate Valve is specifically engineered for commercial and industrial fire protection systems, featuring durable cast iron construction with corrosion-resistant epoxy coating. These grooved gate valves incorporate a rising stem design that provides clear visual indication of valve status, crucial during emergency operations. Our manufacturing facilities utilize advanced pattern-making technology and automated assembly lines to produce over 30,000 fire protection valves annually. The valves have been successfully implemented in shopping mall complexes and industrial plant projects throughout Southeast Asia, demonstrating reliable performance in demanding environments.

Stainless Steel Single Point Booster Valves provide a point of attachment for the fire brigade to provide additional water to a fire hydrant system in the event of an emergency.

JOEPAI high-quality Stainless Steel Fire Hydrant Landing Valves designed for durability, efficiency, and optimal water flow in firefighting systems. These valves feature a robust stainless steel (SS304/SS316) construction, ensuring corrosion resistance and long-term performance even in harsh environments.

JOEPAI Brass Stainless Steel Fire Hydrant and Booster Valve made in China.The combination of brass and stainless steel precision casting is particularly suitable for industrial and municipal fire hydrants that have dual requirements for corrosion resistance and strength. The product integrates CF8 stainless steel valve body and brass components, ensuring stable performance and fast response even in long-term outdoor or high humidity environments.

JOEPAI durable Rear Outlet Stainless Steel Dual Booster Valves are essential core components in urban fire hydrants. Fire hydrants are used to provide high flow water sources for firefighting teams to quickly extract water in emergency situations; And the booster valve is used to increase the water pressure and release the fire extinguishing water source when the water pressure is insufficient.