China UV Light LED UVC Germicidal Lamp with Remote Timer Control 15min 30min

2020 Newest UV Germicidal Lamp 30W E27 Household UV Ozone Disinfection Sterilizer Lamp
Features:
√ Made of high quality LED UVC chips. This LED UVC light bulb have up to 50000 hrs lifespan. No trouble of short life span!
√ UVC light is a ideal choice for disinfecting. It can eradicate the air and help you to disinfect anything that you want to disinfect!Just like the sunshine in the summer beach!
√ Easy installation. Come with E27/E26 base. You just need to screw in and turn it on! Suitable for Home, Warehouse, Supermarket, Office..Parameter:

Product NameLED UV Germicidal bulbWattage30WbaseE26/E27Irradiation lightUVCMaterialAluminium alloy+UVC LED ChipsWave length254nmVoltage100-277vWave length254nmN.W0.68lbsDimensionDia2.65*7.48inch

What is the difference between traditional UV lamps and UV LED sources?Traditional Arc lamps use an electric arc inside a mercury gas to excite atoms, which then decay, emitting photons. Microwave lamps excite the gas via microwave emission. Xenon lamps use Xenon gas (no mercury) but can only be "flashed." UV LED Semiconductors (UV LED) emit a narrow bandwidth of light at the junction where doped semiconductor positive holes join with negative electrons when voltage is applied.
Why choose UV LED lights?One major problem with traditional UV lamps is the presence of mercury. Mercury, as we know, has grave environmental consequences, and a cost-effective, mercury-free solution has always been the target of researchers around the globe. While a traditional UV lamp has around 20-200 mg of mercury, UV LED lights have none. Additionally, as compared with traditional lamps, the energy consumption and heat generation of UV LED bulbs is significantly less.
Applications of UV LED technologyIncreased use of UV LED technology in the UV curing segment is a major driver of the global UV LED technology market. UV curing is a process whereby high intensity ultraviolet light is used to instantly dry or 'cure' coatings, inks or adhesives. This process is preferred over the traditional drying methods as the results are much better, rejection rates are low, there is superior bonding, and the entire process improves the solvency and scratch resistance of the product. UV LED is especially useful for curing purposes in the paper and wood coating industries as it is more energy-efficient, loses very little heat, contains no mercury, and can be manufactured with a much smaller footprint and far better optical design than traditional UV lamps.
When compared with photoelectric sensors and machine vision systems, UV sensors provide better detection of gas, labels or caps on bottles, oil or coolant leaks, and other materials. UV LED technology is also widely used in spectroscopy instruments, as it provides real-time monitoring during the entire treatment period, which helps healthcare professionals give the optimal dialysis dose to patients. UV LED technology also provides a non-invasive solution for determining the urea reduction ratio in patients with kidney failure. Recently, the technology is being used to treat and/or cure dermatological disorders like atopic skin, vitiligo, eczema, mycosis, and psoriasis.
Purification of air and water are also important applications of UV LED technology. The light emitted by UV-C LEDs effectively kills biological impurities such as viruses, bacteria, and protozoa. It is due to the efficiency and popularity of UV LEDs that the European Drinking Water Directive has recognized the use of UV LEDs over chemical disinfection in many legislative directives.