infrared heating lamp
infrared heating/industrial lamp is made of blown bulb or pressed glass, which is a reflective lamp and can provide energy radiation that can be controlled accurately. They are simple, safe, transparent and convenient to maintain and transport. Coating red glass can reduce 75% of visible light (glare).
Hard glass has high mechanical and thermal strength and can resist sudden cooling and water sputtering. Consider. 151W lamps conform to IRI section of IEC241 standard, while other lamps conform to IR11 section.
The ignition position of infrared heating/industrial lamps depends on their outer bulb:
-The ignition point of lamps with transparent outer bulb is not limited.
-For lamps coated with red, the position is that the lamp head is upward, and the deviation is within 45 degrees.
Industrial infrared heating < It is an efficient heating source, emitting short-wave infrared rays, some with reflective layers, and the filament is supported by tungsten wires to prevent the filament from sagging. It has the advantages of high efficiency, fast heat transfer, sensitive response to control devices, compact structure and light weight. It is used in the semiconductor industry, such as hot electronic chips, blowing PETP bottles, reflow soldering equipment, drying fillers, drying paints in motor vehicle repair, medical applications, toner positioning of photocopiers, solder melting of printed circuit boards, food heating and disinfection, etc.
the function of ultraviolet lamp
1. The ultraviolet lamp must be in a sealed space to play the role of disinfection.
2. The disinfection range of ultraviolet lamp is within 1 meters around it.
3. The working principle of ultraviolet lamp disinfection is to use the high energy of ultraviolet spectrum to destroy the structure of microorganisms, which has a strong bactericidal effect, thus achieving the purpose of disinfection.
ultraviolet lamps are used for sterilization in medical units and catering systems. Ultraviolet rays can destroy cells and kill bacteria and viruses, but they can also destroy normal cells of the human body. For example, ultraviolet rays in the sun can burn the skin and cause peeling. Other misuse causes eye injuries. In a word, ultraviolet rays can kill living cells.
As a common sterilization method, ultraviolet lamp irradiation is widely used in all walks of life. With the SARS, ultraviolet light began to gradually enter the home and school. While playing the role of sterilization and disinfection, due to improper operation and ignorance of ultraviolet characteristics, the hidden dangers can not be ignored.