Gas station explosion-proof lights usually have a sturdy structure and are made of materials that can withstand harsh conditions.

A common feature of explosion-proof lights used in gas stations is the use of high-strength tempered glass. Tempered glass is a type of safety glass that is stronger and more impact resistant than ordinary glass. It is made by heating ordinary glass to a high temperature and then rapidly cooling it, which causes the glass to be compressed and produces a high tension surface layer.

The industrial explosion-proof lights at gas stations also have other protective measures, such as sealed enclosures, heavy-duty wiring, and corrosion-resistant materials. These lights are designed to provide reliable and safe lighting in hazardous environments and help prevent accidents and fires.

High temperature resistant materials: high temperature resistant materials are usually used, such as aluminum alloy, stainless steel, etc., to ensure the normal operation and long life of the lamps in high temperature environments.

Optimized heat dissipation design: In high temperature environment, the flameproof light fittings are easy to overheat, so the lamps need to adopt an optimized heat dissipation design to ensure that the heat dissipation effect of the lamps is good, and the lamps will not be damaged or have accidents due to overheating.

Anti-corrosion performance: Factors such as high temperature and chemicals are likely to cause corrosion on the surface of the flameproof led light fittings, and it has good anti-corrosion performance to ensure long-term stable operation in harsh environments.

Explosion proof performance: Comply with relevant national standards, such as GB3836, GB12476, etc., and have corresponding explosion proof levels to ensure that explosions and fires will not occur in hazardous environments.

Efficient and energy-saving: To reduce energy consumption and maintenance costs.

Long lifespan: Reduce the frequency of replacement and maintenance, improve the reliability and stability of the lighting system.

High temperature resistance: able to work normally in high temperature environments.

Anti corrosive performance: It can resist the corrosion of chemicals, corrosive gases, etc. on the lighting fixtures.

Seismic performance: Ensure that lighting failures do not occur in natural disasters such as earthquakes.