Lumin G1 100W150W200W LED Industrial UFO High Bay Light

High thermal conductivity, the overall heat dissipation material is
pure aluminum 1060, the thermal conductivity is 234W/m. K
Can be used in conjunction with non-isolated power supply or AC LED
The whole lamp with the easier access to CE, UL.
Comply with SGs ROHS specification
Excellent weather resistance, impact resistance to hot and
coldeycle, anti-corrosion

 

1. High purity and thermal conductivity
1060 pure aluminum has a purity of over 99.6%, and its thermal conductivity is 15% higher than that of ordinary alloy aluminum plates. The hydraulic process, through high-pressure forming, enables precise control over the internal structure of the aluminum material, ensuring seamless integration between the heat sink and the lamp body, and preventing cracking or deformation caused by thermal stress.

2. Ductility and corrosion resistance
Pure aluminum exhibits excellent ductility, and hydraulic processes can stamp it into complex heat dissipation structures (such as fins and grooves) to increase the heat dissipation area. In the humid climate, the naturally formed oxide film on the aluminum surface effectively resists corrosion, extending the lifespan of lighting fixtures.

 

3. Lightweight and cost advantage
With a density of only 2.7g/cm³, it is 1/3 of steel, and the hydraulic process can reduce material waste and lower the overall weight. Compared to other aluminum plates, 1060 pure aluminum has a more stable price, making it suitable for mass production.

Saving shipping cost with light weight design. 

 

 

1. Maximize heat dissipation efficiency
The integrated design of the hydraulically formed heat sink and the lamp body ensures a shorter heat conduction path, resulting in a 20% higher heat dissipation efficiency compared to traditional welding processes. For instance, a coal enterprise has adopted hydraulically manufactured LED mining lamps, which exhibit stable brightness and no flicker, making them suitable for prolonged operations.

 

2. Structural strength and durability
The hydraulic process utilizes high-pressure forming to make the internal grains of aluminum denser, enhancing impact resistance by 30%. The aluminum alloy housing, with an IP65 protection level, can withstand dust, oil stains, and extreme temperatures ranging from -20℃ to 50℃.

 

3. Surface treatment compatibility
The aluminum plate formed by hydraulic pressure has a high degree of surface flatness, which facilitates subsequent anodic oxidation treatment, resulting in a silver-white or colored appearance that meets the needs of architectural decoration.