Industry News

Dry powder fire extinguishers are core fire safety equipment in industrial plants, commercial buildings, and kitchens due to their wide range of applications, high extinguishing efficiency, and low maintenance costs.

Fire nozzles, as a critical terminal device in fire protection systems, achieve four core functions—fire extinguishing, cooling, protection, and emergency response—through precise control of water flow patterns and spray performance.

The alarm valve is the core control component of an automatic sprinkler fire extinguishing system. Through three core functions—monitoring pipeline pressure changes, activating alarm signals, and linking with fire-fighting equipment—it achieves automatic early warning and fire extinguishing activation in the initial stages of a fire.

Automatic sprinkler systems are designed around a simple principle: detect a developing fire through heat and discharge water at the protected area as early as possible. While the sprinkler head is a relatively small component, its installation orientation, thermal response, discharge characteristics, connection size, and certification can directly affect how the overall fire protection system performs.

The surface of the manual fire hose reel should be treated for corrosion resistance. The paint layer should be uniform and there should be no scratches. The welds should be smooth and uniform, firmly welded, blemishes, etc.

A fire hydrant is one of the most important components in urban and industrial fire protection systems. It provides firefighters with a reliable water source during emergencies, helping control fires quickly and reduce property damage and safety risks. This article explains how fire hydrants work, why they are important, different types available, key selection factors, installation considerations, and how high-quality solutions can improve overall fire safety.