Zone1&2 Hazardous Location ATEX Explosion Proof Light

This is a special lighting device specifically designed for hazardous environments. Its core design objective is to prevent any potential electric sparks or high-temperature surfaces within the lamp from igniting the flammable and explosive gases, vapors or dust in the surrounding environment, thereby avoiding the occurrence of explosion accidents.

Energy-saving and efficient: Under the same illumination conditions, the power consumption is significantly lower than that of traditional metal halide lamps/high-pressure sodium lamps, thereby reducing energy costs and heat generation.
Long lifespan: Up to 50,000 - 100,000 hours, significantly reducing maintenance frequency and costs.
Instant start: No delay. Suitable for situations requiring emergency lighting and frequent switching.
Structural Advantage: LED itself is a solid-state light source, making it easier to achieve compact and highly efficient explosion-proof structural designs.

This is the most crucial advantage. Through various technical measures such as explosion-proof and enhanced safety, it is ensured that it will not become an explosion source under normal operation or specified fault conditions.

It is usually made of high-strength metals (such as cast aluminum and stainless steel) or engineering plastics with excellent impact resistance and heat resistance, which can withstand the pressure generated by an internal explosion and prevent external impacts and corrosion.

The joint surfaces of the shell (such as the connection point between the lamp cover and the lamp body) have precise structural designs (such as explosion-proof threads or sealing grooves), and are equipped with a weather-resistant sealing ring to ensure that the explosion products do not spread to the outside.

Due to the thick and sealed casing, heat dissipation is a challenge. Explosion-proof lamps usually have specialized heat dissipation designs (such as heat dissipation fins) to ensure that the surface temperature of the casing does not exceed the ignition temperature of the specific gas/dust.

Usually, they have a relatively high IP protection level (such as IP65, IP66), which can effectively prevent dust and water from entering and are suitable for harsh industrial environments.

Petroleum and chemical industry: Oil refineries, chemical plants, drilling platforms.
Gas industry: Gas stations, gas pipelines.
Pharmaceutical industry: Involves the synthesis and extraction workshops using solvents.
Food processing and storage: Flour mills, grain silos (containing combustible dust).
Paint and spraying workshop: Volatile solvent vapors.
Coal mine: There is methane gas present underground.