​In mining operations, mine trucks serve as essential production and transportation tools, undertaking important tasks such as ore hauling and material handling. However, the fire risk faced by mine trucks during operation remains a significant safety hazard that cannot be ignored. To effectively address this challenge, vehicle fire protection technologies continue to innovate globally. The intelligent prevention and control mechanism for mine truck fire suppression, independently developed by GMfire, provides a strong safeguard for the safe operation of mining vehicles.

The mining environment is extremely harsh, with persistent high temperatures, severe cold, high humidity, corrosive atmospheres, and continuous vibrations from vehicle operation. These harsh factors intertwine to pose significant challenges to the safe operation of both open-pit and underground mining vehicles, among which the fire hazard is like a "time bomb" constantly threatening vehicle safety. To effectively and intelligently address the potential threat of fire in mining vehicles, the mine vehicle fire suppression system (Gmfire intelligent special fire suppression technology) has emerged. It stands as a solid fortress, safeguarding mining vehicles as they fearlessly advance through harsh environments.

​In the complex environment of coal mining, mining industrial vehicles such as monorail cranes, loaders, and trackless rubber-tyred vehicles serve as core equipment for transportation operations. They operate for extended periods under extreme conditions of high temperature, high dust, and strong vibration. Engine compartment temperatures can exceed 200°C, the risk of electrical wiring aging and short circuits is frequent, and combustible materials such as coal dust and gas accumulate, making vehicle fires an "invisible killer" threatening the safety of miners and the efficiency of coal production. Statistics show that over 80% of underground mining vehicle fire accidents originate from electrical faults or high-temperature components igniting combustible materials. Furthermore, due to the enclosed underground spaces and limited escape routes, fires often escalate to an uncontrollable state within minutes. Today, the emergence of automatic vehicle fire suppression systems, operating in

​In mining operations, the safety performance of mining vehicles is of paramount importance. They are not only essential auxiliary transport equipment in mine production but also a key factor in ensuring personnel safety and production efficiency. However, due to the complex operating environment of mining vehicles, which are susceptible to external factors such as high temperatures, high pressure, and humidity, fire hazards always exist. Traditional vehicular fire extinguishers often struggle to meet the demands of modern mines regarding their extinguishing effectiveness and response speed when facing mining vehicle fires. The emergence of the Gmfire mining vehicle automatic fire suppression system undoubtedly provides a new solution for the safety performance of mining vehicles.

GMfire is deeply engaged in the field of mine safety. Its innovatively developed water-based intelligent mine vehicle fire suppression system, built around the core advantages of "automatic warning + rapid extinguishing", constructs a solid and reliable intelligent safety line of defense for coal and non-coal mines.In coal and non-coal mining operations, heavy vehicles such as mining trucks, scrapers, roadheaders, and shield carriers are the core forces ensuring production continuity. These large vehicles, like the "steel arteries" of mine production, tirelessly shuttle through mine tunnels or open-pit mines day and night, undertaking critical tasks such as ore transportation, equipment handling, and tunnel excavation. Their stable operation directly impacts the production efficiency and economic benefits of the entire mine.