Name: China Led Uv Photochemical Reaction Suppliers, Manufacturers, Factory - Best Price - Benwei
Brand: Benwei
SKU: 193864602

Shenzhen Benwei Lighting Technology Co., Ltd. is one of the best manufacturers and suppliers of led uv photochemical reaction in China. Welcome to buy durable products for sale here and get pricelist from our factory. All customized products are with high quality and competitive price.

The synthesis or separation of chemical compounds occurs as a result of molecular interactions caused by particular UV light wavelength-intensity combinations. Photochemistry has been the ideal mechanism for many chemical compound production systems in pharmaceutical, agricultural, cosmetic, petrochemical, plastics, dyes, and toxic waste disposal applications. Examples of these chemical compounds include anti-cancer (Hydroxycamptothecin) or anti-malaria (Artemisinin) drugs as well as potent precursors (Carbon Tetrachloride).

Despite the fact that photochemistry is revolutionizing industrial chemistry, it has long been constrained by UV mercury lamps. UV LED lamps are the ideal replacement for mercury and address common problems with the currently employed light source.

Led uv photochemical reaction Light of Narrow Wavelength

UV LED lights enable improved yields with a single (narrow band) wavelength of light by decreasing unwanted byproducts of secondary reactions and lowering the cost of raw material manufacture.

Longer Lamp Life & Fewer Replacements

Phoseon’s lamp life tests have surpassed 60,000 hours of LED lamp lifetime, which equates to thirty years of LED on-time for a typical business.

Saves Power Costs

With optimizations, such as simplicity of the power supplies, Phoseon LED is able to save costs for customers.

Mercury-free

Mercury-free allows for no secondary containment and eliminates the risk of having to clean tanks and production lines in case of lamp breakage.

Consistent Performance Over Life

LEDs give the same results on day 1 through day until end of life. Hg lamps degrade through solarization and mercury condensation from day 1 of operation.