PRODUCT

UVC low-voltage sterile lamp (main wave peak: 253.7 nm) is made from quartz glass. UV rays can kill over 99% bacteria and viruses. There are bacteria and other microorganisms (Staphylococcus aureus, Escherichia coli, Pseudomonas aeruginosa and Black hay bacillus variant spores) in the air and water and on the object surface. Such microorganisms are the most sensitive to 200–300 nm UV rays. After absorbing UV rays within this wave band, DNA and RNA are damaged, and then cells will not be divided anymore, so that pathogenic microorganisms will be inactivated. 

As the photoelectron industry develops rapidly, the cleaning technique has become increasingly important for optoelectronic products, and cleaning has increasing influences on the product quality, precision and appearance. At present, UV ray cleaning is widely used abroad. It can prevent pollution caused by the use of organic solvent and shorten the cleaning process.

Carbon fiber heating element is a pure black material, so it is characterized by quick temperature rise, small heat hysteresis, even heating, long thermal radiation distance and fast heat exchange. During service, the luminous flux is far smaller than that of the electric heating tube of metal heating elements, and the electric thermal conversion efficiency is up to over 98%. After powering-on, the temperature can rise quickly. The machine body will be very hot within 1–2 s, and the surface temperature can be up to 300℃–700℃ within 5 s. 

Thermal objects radiate 780 nm–1 mm long electromagnetic wave, so the radiation of thermal objects is also called thermal radiation. It can accelerate drying of ink. Usually short-wave infrared rays (780 nm–2,000 nm) are classified into halogen short wave, short wave, medium-fast wave, medium wave, carbon medium wave, double-tube carbon medium wave, high-energy carbon medium wave, etc.

Thermal objects radiate 780 nm–1 mm long electromagnetic wave, so the radiation of thermal objects is also called thermal radiation. It can accelerate drying of ink. Usually short-wave infrared rays (780 nm–2,000 nm) are classified into halogen short wave, short wave, medium-fast wave, medium wave, carbon medium wave, double-tube carbon medium wave, high-energy carbon medium wave, etc.

Developed based on high-pressure mercury lamp, this type of lamp is made of high-purity quartz tube filled with iodides of mercury, argon and gallium, iodides of iron and haloids of some rare metal. There are too many blank spectrum spots around 365 nm wave. Application of elements that have radiation spectrums within this waveband enables high vapor pressure at a certain temperature, produces dense light spectrums within this waveband, increases the UV radiation efficiency of this waveband by 1–2 times, and then improves the utilization rate of electric energy and curing speed in service. 

This type of lamp is made of high-purity quartz pipe filled with iodides of mercury, cobalt and gallium, iodides of iron and haloids of some rare metal. It is commonly known as plate copying lamp. Its spectrum is mainly between 315 mm–450 mm.

At the early stage of the 1980s, photochemical reaction was applied in an increasing number of industries for its energy conservation, environmental protection and efficiency characteristics. With the progress and continuous improvement of technologies, the output and quality of UV light sources have achieved development by leaps and bounds. Wherein, UV high-pressure mercury lamp is a commonly used light source in photochemical reaction. The UV high-pressure mercury lamp