With the stability, service life, intelligence, light efficiency and other performance indicators of LED lighting products gradually becoming stable, the product application scope is gradually expanding.

Ⅰ. The material characteristics of explosion-proof led lamps:

1. Excellent explosion-proof performance, suitable for various flammable and explosive places.

2. High brightness, long life, strong impact resistance and small size. Using reasonable light distribution design, the illumination range is large, the angle is large, the brightness is high, and the illumination is uniform.

3. Reliable sealing design and surface coating treatment, good waterproof performance, IP66 protection level, anti-soaking and violent wave attack, excellent corrosion resistance, ensure long-term outdoor sun and rain, long-term reliability in wind and rain.

4. The explosion-proof lamp shell is made of high-strength aluminum alloy and tempered glass, and the optimized structural design has strong impact resistance.

5. The rear of the multiple heat dissipation ribs increases the heat dissipation area, effectively controls the temperature rise of each element, reduces the temperature of the light source, and ensures that the lamp works stably and reliably for a long time.

Ⅱ. What materials are used for explosion-proof led lamps?

Many users do not understand why explosion-proof led lamps use aluminum alloy instead of steel, or other metal materials such as stainless steel? This has to do with the properties of the material.

Here are the advantages of aluminum alloy materials:

1. Aluminum alloy conducts heat quickly, and the heat of explosion-proof LED lamps is very large. If there is no metal with fast heat conduction, it is likely to burn out LED explosion-proof lamps because the heat cannot be dissipated. Just like Apple's mobile phone uses an aluminum alloy casing, but it's not just because of thermal conductivity.

2. Aluminum alloy is easy to shape and has strong impact resistance. This impact resistance does not mean that the hardness is high, but because it is relatively soft, it can effectively relieve the momentum when it is impacted.

3. Cost issues, aluminum alloys are cheaper than other metals, and explosion-proof LED lamps generally require a 5 mm thick inner wall. A lamp needs several tens of kilograms. In the case of heat dissipation, corrosion resistance and impact resistance, and low cost, aluminum alloy has become the standard configuration of explosion-proof lamps.

SUREALL Tech enables customers to choose from a wide range of explosion proof lighting products with the ultimate goal of safety to meet the challenges of today and tomorrow, protecting life and property and safety. Welcome to consult.