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E: nick@luverrequartz.com
E: nick@luverrequartz.com
1st floor Runlian industrial center No. 116 QuFeng Rd., Haizhou Economic and technological development zone Lianyungang City, Jiangsu Province, China 222062
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High purity long arc xenon lamp quartz glass tube
High purity long arc xenon lamp quartz glass tube is a special quartz glass tube specifically designed for manufacturing long arc xenon lamps.
LUVERRE quartz
99.99%
Inner with Vacuum PVC bag and then wrapped with air bubble film, outer with wooden box.
as per customer's requirement
High purity long arc xenon lamp quartz glass tube
High purity long arc xenon lamp quartz glass tube is a special quartz glass tube specifically designed for manufacturing long arc xenon lamps. Long arc xenon lamp, also known as tube type xenon lamp, is an arc discharge lamp. Its outer shell is a cylindrical quartz glass tube, with a rod-shaped thorium tungsten electrode sealed at each end. The tube is filled with high-purity xenon gas. This type of lighting fixture has the characteristics of high power, white color, and high brightness, hence it is known as the "little sun". The spectral range of the long arc xenon lamp is mainly between 290NM-800NM, which is close to the spectrum of sunlight. Therefore, it is widely used in scientific research, product development, and quality control, providing environmental simulation and accelerated aging testing.
The application scope of long arc xenon lamps includes environmental simulation and accelerated aging tests for simulating solar spectra, fading test chambers, artificial simulated solar tests, photochemical reactions, color inspection of cotton fabrics, drug and plastic aging tests, and plant cultivation. In addition, the radiation spectrum of the long arc xenon lamp is close to that of sunlight, making it suitable for large-area illumination and can also be used as a light source for film photography, color photography plate making, photocopying, and other fields.
Quartz glass is an important component of long arc xenon lamps, with high transparency, high temperature resistance, and purity of over 99.9%. Its fundamental characteristics are high SiO ₂ content, minimal impurities, good transparency, low coefficient of thermal expansion, high resistance, and high viscosity at high temperatures. It is resistant to high temperatures, corrosion, cosmic ray radiation, and does not pass through nuclear fission products. Due to different melting methods, the properties of quartz glass vary significantly, including its purity, optical properties, etc.
High purity long arc xenon lamp quartz glass tube
High purity long arc xenon lamp quartz glass tube is a special quartz glass tube specifically designed for manufacturing long arc xenon lamps. Long arc xenon lamp, also known as tube type xenon lamp, is an arc discharge lamp. Its outer shell is a cylindrical quartz glass tube, with a rod-shaped thorium tungsten electrode sealed at each end. The tube is filled with high-purity xenon gas. This type of lighting fixture has the characteristics of high power, white color, and high brightness, hence it is known as the "little sun". The spectral range of the long arc xenon lamp is mainly between 290NM-800NM, which is close to the spectrum of sunlight. Therefore, it is widely used in scientific research, product development, and quality control, providing environmental simulation and accelerated aging testing.
The application scope of long arc xenon lamps includes environmental simulation and accelerated aging tests for simulating solar spectra, fading test chambers, artificial simulated solar tests, photochemical reactions, color inspection of cotton fabrics, drug and plastic aging tests, and plant cultivation. In addition, the radiation spectrum of the long arc xenon lamp is close to that of sunlight, making it suitable for large-area illumination and can also be used as a light source for film photography, color photography plate making, photocopying, and other fields.
Quartz glass is an important component of long arc xenon lamps, with high transparency, high temperature resistance, and purity of over 99.9%. Its fundamental characteristics are high SiO ₂ content, minimal impurities, good transparency, low coefficient of thermal expansion, high resistance, and high viscosity at high temperatures. It is resistant to high temperatures, corrosion, cosmic ray radiation, and does not pass through nuclear fission products. Due to different melting methods, the properties of quartz glass vary significantly, including its purity, optical properties, etc.
