Product Specification:
| Wattage | 200W/300W/500W/600W/800W ±5% |
| Input | 100-240V AC, MeanWell |
| Dimming Type | Knob button |
| Dimension | 310*310*200mm |
| 490*490*201mm | |
| IP Grade | IP20 |
| Beam angle | 120°/60°/30° |
| Working temperature | -10-50℃ |
| Material & Housing Data | |
| Housing Color | Black |
| Housing Material | Aluminum |
| Cover material | glass |
| heat dissipation | 4 fans |
| Wire plug | EU/AU/US 1.5meter plug wire |
| Photometric Data | |
| Led cihp brand | LG/Epistar/Epileds |
| chip type | SMD3535 with copper substrate |
| SMD2835 aluminum substrate | |
| Ee(mW/cm²) | 200W 365nm 230mW/cm² |
| 600W 365nm 420mW/cm² | |
| 800W 365nm 590mW/cm² | |
| Wave length | 395nm/365nm/375nm |
| Life time | 10000Hrs |
product key technologies
1. This LED lamp's 400-watt grade gives it strong UV strength. When photochemical reactions need to happen quickly or when things need to be penetrated deeply, high power is needed.
2. LED technology claims to last more than 20,000 hours, which means less trash, upkeep, and repair time.
3. Mechanisms that efficiently get rid of heat lower the risk of burning, making operation safer and safeguarding surfaces that are sensitive to temperature.
The 400W 365nm UV LED lamp is a powerful ultraviolet light source made for industry. It works best for photochemical reactions and photocatalysis. Photons with an energy of about 3.4 eV are given off at 365 nm (UVA range). This is the same as the bandgap of anatase TiO₂, which is the most common photocatalyst and works up to 387 nm.
This wavelength successfully makes pairs of electrons and holes in the catalyst. This makes highly reactive oxygen species (•OH hydroxyl radicals and •O₂⁻ superoxide) that change chemicals, kill germs, and break down toxins.
High-pressure mercury lights can't be used in pilot-scale or industrial photoreactors; instead, 400W-class LED systems can be used directly. They use less energy, are easy to move, and are better for the earth.
Usage
1. Making organic compounds through photochemistry：
Events of selected oxidation, reduction, and linking that take place when conditions are warm. It's great for green chemistry, making chemicals for medicine, and making fine chemicals in both batch and flow photoreactors.
2. Systems that clean and germ-kill surfaces：
They can be mixed with TiO₂ coats to make surfaces that kill bacteria, materials that clean themselves, and surfaces that don't get fouling in places like food processing, medicine, or the ocean.
3. Other uses in industry and new ones：
Photocatalysis can be used to make hydrogen and lower CO2.
To full-size devices for cleaning up the environment.
Methods that use UV light to heal and photocatalysis to work together.
Getting rid of germs and smells in big places.
Our company
Shenzhen Benwei Lighting Technology Co., Ltd was established in 2010. It is a national high-tech enterprise integrating design, R&D, production and sales of indoor and outdoor lighting products and also can do OEM ,ODM .
