CAS KWCOB LIGHTING high-bay lights are designed for high-power lighting needs. With technological innovation as the core, they provide efficient and environmentally friendly lighting solutions for multiple scenarios. Their technical features and product advantages are significant:

Technical features

1. Frontier light source: Adopting new ceramics phosphor package light source and COB technology to solve the problem of high-temperature light decay of traditional powder phosphor, and small light-emitting surface to achieve high power density output.

2. Innovative heat dissipation: Phase change material combined with vertical fin heat dissipation structure quickly absorbs heat, accelerates heat dissipation, reduces lamp temperature, prolongs life, and adapts to harsh environments.

3. Precise optics: High-transmittance glass lens optimizes light distribution, has diversified light distribution solutions, and anti-glare cut-off cover avoids glare.

4. Sturdy protection: All-metal frame, impact resistance, corrosion resistance, light source core module IP68, whole lamp IP67, adapt to complex outdoor environment.

5. Collaborative design: light source, circuit and heat dissipation system are integrated to improve component coordination and stability.

Product advantages

Relying on technical differences and scene adaptability, three major advantages are formed: phase change heat dissipation and new ceramics phosphor packaging technology form barriers; long-term energy saving and low maintenance, reducing total cost of ownership; wide scene coverage, meeting diverse needs. CAS KWCOB LIGHTING high bay lights set a benchmark for high cost performance and high performance, and are suitable for scenes with high requirements for stability, energy efficiency and environmental protection.

High-Power COB Light Source Application Series

High bay light - private molding customization high light efficiency anti-glare industrial warehouse garage workshop maintenance hangar commercial sports lighting project low light attenuation.