In the bustling landscape of urban construction, the omnipresent dust from construction sites acts as a persistent gray “obstacle,” endangering workers’ health and polluting surro...Read more
In the wave of urban renewal, the billowing dust from construction demolition sites is not only a “gray nuisance” for surrounding residents but also a pain point in urban environmental ...Read more
In coal mine production, explosive dust generated during coal crushing and transportation poses a high risk of ignition and explosion. Traditional dust control methods often fail to meet coal mines...Read more
In the sprawling landscapes of cherry orchards spanning 1 million acres, maintaining crop health while preserving ecological balance is a delicate challenge. Traditional pesticide spraying methods,...Read more
In steel mills, between towering chimneys and scalding molten steel, an invisible “dust war” never ceases. Dust generated in processes like sintering, crushing, and transportation acts ...Read more
In the sweltering summer, the open-air Livehouse is filled with a fiery stage and a sea of spectators. However, the high temperature and stuffiness have become a major obstacle to the carnival. The...Read more
In various industrial settings, mist cannon machines are widely used in places such as mines and construction sites due to their stable and effective dust suppression capabilities. However, during ...Read more
When the sweltering heat of 40℃ sweeps across open-air material yards, construction work is forced to come to a halt. Concrete dries quickly, equipment malfunctions frequently, and the risk of work...Read more
Explosion-Proof Performance: A Dual-Layer Safety Guarantee Given the unique hazards of power plant coal storage yards, explosion-proof performance is a top priority in the design of fog cannon mach...Read more
In the daily operation of coal mine bunkers, coal dust pollution looms as a constant threat—not only endangering safety (coal dust explosion critical concentration is just 30–50g/m³) but also viola...Read more
