Flameproof Type Explosion-proof Lamp|60W-110W|New Ceramics Phosphor Light Source|10 Years' Service Life Design|Low Decay|Reduce Upward Spill Light| Retrofit the Metal Halide Explosion-proof Lamps from

Ø Cut off design：KWCOB light source has high power and small emitting surface, with optical design advantages. Each light source has an independent optical system that can be matched with different lampshades to meet different light interception designs, providing a low glare and high comfort lighting environment；

Ø The design employs mirror reflector cups and glass lenses for optics, avoiding the use of PC and PMMA plastic optical materials, ensuring the long service life of optical components is not constrained by material aging；

Ø Product plan covering 80W-500W whole lamp；

Ø Mature light source packaging technology：

n Fluorescent Crystal New Materials: Excellent Thermal Quenching Characteristics, Higher Light Conversion Efficiency, Lower Attenuation；

n Independent packaging patent technology: Fluorescent crystal kilowatt level COB light source packaging technology invention team；

n COB thermal management structure optimization: structural design strengthens the center's heat extraction capability, providing reliable heat dissipation for COB； 

n Can be paired with aluminum substrate COB or ceramic substrate COB light sources, capable of replacing and adapting to high-voltage isolation and non isolation drivers, filling in the gaps in the lamp's lifespan；

Ø Long life cycle: The separation design of light source heat dissipation and drive heat dissipation can provide customized products with a long life of 5-10 years；

Ø Honeycomb heat dissipation structure: ensuring vertical ventilation structure, avoiding dust accumulation while ensuring better air circulation, and better adapting to harsh environments；

Ø Personalized customization development: OPM provides professional design and customization services, offering a full lifecycle cost reduction solution for low glare explosion-proof lighting scenarios in high-risk explosive gas environments worldwide, such as contract energy management projects in petrochemical plant areas;