Magnetic energy ultraviolet lamp is a high-tech product developed by the latest scientific and technological achievements in the fields of comprehensive application optics, power electronics, plasma science, magnetic materials science, etc. It is a new type of light source representing high luminous efficiency, long life and future development direction.

Air disinfection, wastewater, beer and beverages, water treatment, air conditioning, disinfection cabinets, semiconductor and IC manufacturing, swimming pools, hot springs, aquariums, fish ponds, HVAC cooling coils, household water, industrial drinking water, process water (beverage) wards, etc.

Surface treatment equipment for objects

Air (sterilization, degradation) treatment equipment

2、 Magnetic energy ultraviolet lamp sterilization efficiency

3、 Equipment advantages Long lifespan Due to the lack of filaments or electrodes inside the light bulb, the lifespan of the light source only depends on the electronic circuit of the lamp and the manufacturing technology of the bulb, with a typical lifespan of 60000 to 100000 hours. Shockproof Due to the lack of filaments and electrodes in the light bulb, it operates in a high-frequency electromagnetic coupling mode and is not afraid of vibration. quick start Can start at low temperature, can start and restart immediately, with a start time of less than 0.5 seconds, not limited by frequent switching. Strong UV intensity The intensity of ultraviolet radiation is 2-3 times that of regular ultraviolet radiation. There will be no obvious light decay caused by ordinary charged discharge lamps. Water use It can be directly placed in water for use without the need for a casing. Strong ozone Can generate high concentrations of ozone in a short period of time. 4、 Principle and Structure

It consists of three parts: a high-frequency generator, a coupler, and a light bulb. It couples energy into the lamp through the electromagnetic field of a high-frequency generator, causing the gas inside the lamp to avalanche and ionize, forming plasma. When plasma excited atoms return to the ground state, they emit ultraviolet radiation. 5、 Principle of sterilization Ultraviolet light with a wavelength of 254nm is easily absorbed by objects and acts on the genetic material DNA of microorganisms, causing DNA damage and leading to bacterial death. 185nm wavelength ultraviolet radiation in contact with air can produce ozone with strong oxidizing effects, effectively killing bacteria, and ultraviolet radiation can converge at high intensity to kill bacteria in a short period of time.

6、 Magnetic energy ultraviolet lamp

A high-tech product developed by integrating the latest scientific and technological achievements in the fields of optics, power electronics, plasma science, magnetic materials science, etc. It is a new type of light source representing high light efficiency, long lifespan, and future development direction.