Products

The Joepai provided Non-Rising Stem Resilient Seated Gate Valve for Fire Fighting is engineered for space-constrained fire protection installations where reliable performance is paramount. These fire fighting gate valves feature a compact non-rising stem design that maintains external dimensions while providing bubble-tight sealing through precision-engineered resilient seats. The non-rising stem valves have been successfully implemented in underground fire mains, pump room installations, and low-clearance applications across commercial and industrial projects in the Middle East and Asian markets. Our manufacturing process incorporates automated CNC machining and rigorous quality control, producing over 20,000 resilient seated gate valves annually.

The Joepai provided OS&Y Resilient Seated Flange End Fire Fighting Gate Valve is specifically engineered for critical fire protection applications in commercial buildings, industrial facilities, and municipal water systems. These fire fighting gate valves feature a durable cast iron body with epoxy coating and resilient EPDM seat, ensuring bubble-tight sealing in water-based fire protection systems. The OS&Y gate valve design provides clear visual indication of valve position through the rising stem mechanism, while the outside screw and yoke construction keeps threaded components isolated from the fluid, preventing corrosion and ensuring reliable operation during emergencies.

The Pneumatic Actuated Stainless 2-Piece Flanged Fire Safe Ball Valve delivers exceptional performance in critical fire protection applications, including industrial plants, chemical processing facilities, and high-rise building systems. These fire safe ball valves feature precision-machined cf8 stainless steel construction with API 607 fire-safe design that maintains sealing integrity even under extreme conditions.With established partnerships with major oil & gas and pharmaceutical companies across Asia and Europe The stainless 2-piece flanged ball valves incorporate advanced floating ball technology and quarter-turn pneumatic operation for reliable emergency shutdown capability in fire protection pipelines.

Our DN65 Angle Type Storz Connection Fire Hydrant Valves are engineered for high-performance firefighting systems, complying with AS 2419.4 standards for design, durability, and Storz fitting compatibility . These valves are ideal for industrial plants, commercial complexes, and municipal fire protection networks, ensuring reliable water supply in emergencies.Leveraging precision CNC machining and corrosion-resistant stainless steel fabrication, we supply valves to major infrastructure projects across Australia and Southeast Asia. Our automated production line supports an annual output of 50,000+ units, with 70% of standard models like Storz fittings and landing valves available for immediate shipment.

Our Joepai Produced Fire Safe Full Port 2 Piece Flanged Ball Valves are engineered for critical service in demanding sectors like oil and gas, petrochemical, and power generation . The valve design features a full port design for minimal flow resistance and for fire-safe performance, ensuring reliable shut-off during emergencies . These valves are available in carbon or stainless steel, covering sizes from DN 15 to DN 300 (NPS ½ to 12) and pressure classes like ASME 150/300 and PN16/40, demonstrating our strong production capability to support global industrial projects.

Our Fire Protection Systems Special Used Swing Check Valve are engineered for critical backflow prevention in fire protection systems, including sprinkler networks, fire pump assemblies, and water supply lines. With a proven track record of supplying swing check valves to industrial plants and commercial complexes globally, we leverage advanced casting technology and rigorous testing to ensure reliable performance. Our manufacturing facilities maintain ISO 9001 certification with automated production lines capable of annual outputs exceeding 500,000 units.These fire protection valves feature low-pressure drop design and comply with UL/FM standards, providing dependable protection against water hammer and reverse flow in both horizontal and vertical installations.