Long arc xenon lamp has natural cooling and water cooling

The naturally cooled xenon lamp is generally filled with (2.66~26.6) xl02pa xenon gas, and the water-cooled xenon lamp is filled with (1.33~5.32) xl04pa xenon gas. The color temperature is 5500~6000K, the power can range from 102~2 x 106KW, and the luminous efficiency is 24~37lm/w.

The luminous efficiency of water-cooled long arc xenon lamp can reach 60lm/W. The power of the long arc xenon lamp can be very large, and the volt ampere characteristic has a positive resistance characteristic, so only the starting device needs to be installed, and its specifications include the one with ballast and the one without ballast.

The whole set of tubular long arc xenon lamps can use five accessories: lamp tube, ballast, trigger, reflector, power supply, etc. At the same time, the long arc xenon lamps of various specifications and lengths can be customized. If single end lead out is used, the reflector is generally not required.  

The long arc xenon lamp, also known as tubular xenon lamp, can be divided into two types: single end and double end lead out. The light emitted by the long arc xenon lamp is very close to the sunlight spectrum, and its wavelength range is mainly between 200nm-1100nm, including ultraviolet, visible and infrared wavelengths. The color temperature is 5500~6000K, the power can be 102~2 x 106KW, and the luminous efficiency is 24~37lm/w. The luminous efficiency of water-cooled long arc xenon lamp can reach 60lm/W. The power of the long arc xenon lamp can be very large. The lamp is made of pipes imported from the United States. The long arc xenon lamp that simulates the solar spectrum can provide corresponding environmental simulation and accelerated aging tests for scientific research, product development and quality control. It has good color rendering and high luminous efficiency.  
　　 
Scope of application:
Using xenon lamp for photocatalysis can effectively reduce the concentration of harmful gases in the air, such as diester, formaldehyde, ammonia and other harmful gases can be converted into harmless substances such as water and carbon dioxide through photocatalysis. In indoor environment, photocatalysis technology can effectively purify air and improve indoor air quality, which has important application value for air pollution control. It is widely used in the research fields of photodegradable pollutants, photochemical synthesis, and light aging, such as photolysis water production, carbon dioxide production, etc. under visible light, solar panel power generation test, fade experiment box, simulated solar light aging test, school teaching test, etc

Product features:
Long arc xenon lamp is applicable to photochemical reaction, photocatalysis, photodegradation of pollutants and photodegradation of harmful gases in visible light area;  
Long arc xenon lamp is suitable for built-in reaction form, with common reactor volume of 250ml and 500ml;  
Xenon lamp spectrum is suitable for experiments in the visible light region;  
Long arc xenon lamps are low in cost and suitable for preliminary study of photochemistry;  
The long arc xenon lamp can realize the simultaneous experiment of multiple parallel samples to screen the catalyst

In a word, photocatalysis xenon lamp is a new photocatalysis technology with the advantages of stability and environmental protection. In the future environmental protection field, photocatalysis technology will play an important role.