UVA LED Light Sources for Photochemical Processes
Specific UV light wavelength-intensity combinations create molecular interactions that result in the synthesis or separation of chemical compounds. From anti-cancer (Hydroxycamptothecin) or anti-malaria (artemisinin) drugs to powerful precursors (carbon tetrachloride), photochemistry has been the ideal mechanism for many chemical compound production systems in pharmaceutical, agricultural, cosmetic, petrochemical, plastics, dyes, and toxic waste disposal applications.
Photochemistry is revolutionizing the industrial chemistry landscape, however, it has long been tied to the limitations of UV mercury lamps. UV LED lamps are the perfect substitute to mercury and solve common shortcomings of the currently used light source.
The Benefits of UV LED Lamps in Photochemistry far Surpass those of Mercury
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Narrow Wavelength Light
With a single (narrow band) wavelength light, UV LED lamps ensure better yields by reducing undesirable products of secondary reactions and reducing raw material production cost.
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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.
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Saves Power Costs
With optimizations, such as simplicity of the power supplies, Phoseon LED is able to save costs for customers.
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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.
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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.
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Lower Skin Temperature
Less heat added to reaction, less need for secondary containment.
Heyi’s patented Semiconductor Light Matrix™ (HY)™ technology encompasses LED arrays, optics, thermal and electrical management to ensure optimal performance. Reliability Engineering is at our core. Cu peste 15 patents worldwide, Phoseon has earned the reputation for innovation, quality and reliability.
We are ready to revolutionize the industrial chemistry landscape with the world’s first and best UV LED system. In addition, Phoseon’s customer support with experts in the field have driven our clients yield up 2-3x.
High-power UVA LED Modules
UV-A based LEDs are a relatively new technology. Exemple de lungimi de undă disponibile în prezent comercial includ 365nm, 375nm, 385nm, 395m, 400nm 415nm,420m, 425nm 430nm, and 435nm Cu toate acestea, UV-A LED technology se dezvoltă rapid, iar în timp se vor dezvolta noi lungimi de undă, costurile se vor reduce și eficiența va crește, așa cum sa întâmplat deja în roșu, infraroşu, albastru, and UV-A wavelength LED ranges.
UVC LEDs vs. Tehnologii tradiționale
Multe aplicații folosesc lămpi UV pe bază de mercur pentru UVC LIGHTING aplicații, dar această tehnologie are o serie de dezavantaje față de tehnologia LED. Există o reglementare sporită cu privire la utilizarea mercurului și a impactului său asupra mediului, ceea ce duce la creșterea costurilor de eliminare și interdicții propuse în unele țări. Aceste sisteme necesită, de asemenea, utilizarea clorului pentru a permite dezinfecția și sunt de obicei mult mai mari decât sistemele bazate pe LED.
UVA LED Modules Application:
Modul de placă PCBA pentru simulator solar LED 200-1750nm









