Designed for areas like airports, shore cranes, RTG, and other large equipment, our high power LED collection offers extensive benefits that include high heat dissipation, low energy consumption, high shock resistance and high stability.
Made with special aviation aluminium and reinforced with special sealing and surface coating, our lightings can stand with harsh environments, such as extreme humidity and temperature.
High heat dissipation
Low energy consumption
Corrosion resistant
High shockproof
High stability
Rust Resistant
All LED lightings designed by LT have exceptional performance guaranteed by its structural intelligence.
1.Light distribution technology
To optimize vertical illumination needs, multi-beam angles are created through
different alignments of lamp structures and optical lens.
2.Hollow structure
Improve heat dissipation with increased airflow
Lower costs because of reduced weight.
3.Highly secured encapsulation
Embedded clip and rivet joint are used for the encapsulation which avoids
glue aging or loose screw fastening and water ingress problem.
4.Nano coating
Module surface is coated with special nano-materials to improve thermal
conductivity so as to reduce the module size.
5.5-level protective structure (IP65, GB7000.1-200X Standard)
Light source shockproof/Waterproof cushion/Shockproof isolation layer/Anti-shedding
stents/Breathing feature.
6.Module design structure
Flexible module structure design to achieve different lighting objectives.
Launched in 2014, our Zero-Blue-Light-Hazard LED light source is a revolutionary invention in the LED industry. It offers the best solution to the long lasting question of how to protect people from the damage of blue light commonly found in LED light source.
Most people know blue light is highly hazardous to human vision, especially babies and children, and people who suffer from diabetes and patients who had cataract surgery or are taking photosensitive drugs. Created by adjusting the ratio and formula of specialized phosphor powders and encapsulation adhesive, our new light source is capable of lowering the blue light risk level to zero according to the IEC62471 Photobiological Safety Standard of Lamps and Lamp Systems issued by the International Electrotechnical Commission in 2006.
| Risk Level | Meaning of Level | Radial brightness LB(W•m-2•sr-1) | Irradiance EB (W•m-2) | Radial exposure time tmax (s) | Description |
| 0 | No risk | <100 | <1 | >104 | Lamp under the condition of limited use will not cause any photobiological hazards |
| 1 | Low risk | 100~104 | <1 | 100~104 | Lamp under the condition of normal use will not cause any harm |
| 2 | Moderate risk | 104~4*106 | 1~400 | 0.25~100 | Use in short period of time can cause harm |
| 3 | High risk | >4x106 | >400 | <0.25 | Use even in a very short moment can cause harm |
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