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E: nick@luverrequartz.com
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Transparent high-pressure mercury lamp quartz glass tube
High purity high-pressure mercury lamp quartz glass tube is a type of quartz glass used for manufacturing high-pressure mercury 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
Transparent high-pressure mercury lamp quartz glass tube
High purity high-pressure mercury lamp quartz glass tube is a type of quartz glass used for manufacturing high-pressure mercury lamps. This type of glass tube has high purity and excellent spectral and electrical properties, can withstand high temperatures, corrosion, and has good transparency. High pressure mercury lamp, also known as high-pressure mercury lamp, is a type of lighting fixture that has an internal mercury vapor pressure of 51-507 kPa during discharge. It consists of quartz arc tube, outer bubble shell, resistor and other components, and the bulb is filled with mercury and inert gas. This type of lighting fixture has the characteristics of simple structure, low cost, low maintenance cost, long service life, energy saving, and long light efficiency, and is commonly used for lighting in squares and streets.
The structure of a high-pressure mercury lamp is an olive shaped glass shell with a sealed discharge tube inside. The tube contains two opposing metal electrodes and is filled with high-pressure mercury vapor. After being powered on, a high resistance resistor is first used to make the gas inside the tube conductive, and to generate an arc between the two electrodes, causing the gas to heat up to a high temperature and emit light. The shell is often coated with fluorescent powder, which can convert a portion of ultraviolet light into visible light.
High pressure mercury lamps can be classified into several types based on their functions and applications, including ultraviolet high-pressure mercury lamps, fluorescent high-pressure mercury lamps, self ballasted high-pressure mercury lamps, and ultra-high pressure mercury lamps. UV high-pressure mercury lamps can emit both visible and ultraviolet light, and are commonly used for health and disinfection purposes. Fluorescent high-pressure mercury lamps use an additional layer of fluorescent powder coated on the outer shell to convert invisible light into visible light, improving light efficiency. They are suitable for use outdoors, on streets, in factories, and other places. Self ballasted high-pressure mercury lamps and ultra-high pressure mercury lamps have different characteristics and application fields, respectively.
The purity of quartz glass is very high. Generally, the content of silicon dioxide in quartz glass is above 99.9%, and the content of silicon dioxide in high-purity quartz glass is as high as 99.99%. This high-purity quartz glass has excellent spectral and electrical properties, can withstand high temperatures and corrosion, and has good transparency. Therefore, it is widely used in fields such as electric light sources, semiconductors, and optics.
Transparent high-pressure mercury lamp quartz glass tube
High purity high-pressure mercury lamp quartz glass tube is a type of quartz glass used for manufacturing high-pressure mercury lamps. This type of glass tube has high purity and excellent spectral and electrical properties, can withstand high temperatures, corrosion, and has good transparency. High pressure mercury lamp, also known as high-pressure mercury lamp, is a type of lighting fixture that has an internal mercury vapor pressure of 51-507 kPa during discharge. It consists of quartz arc tube, outer bubble shell, resistor and other components, and the bulb is filled with mercury and inert gas. This type of lighting fixture has the characteristics of simple structure, low cost, low maintenance cost, long service life, energy saving, and long light efficiency, and is commonly used for lighting in squares and streets.
The structure of a high-pressure mercury lamp is an olive shaped glass shell with a sealed discharge tube inside. The tube contains two opposing metal electrodes and is filled with high-pressure mercury vapor. After being powered on, a high resistance resistor is first used to make the gas inside the tube conductive, and to generate an arc between the two electrodes, causing the gas to heat up to a high temperature and emit light. The shell is often coated with fluorescent powder, which can convert a portion of ultraviolet light into visible light.
High pressure mercury lamps can be classified into several types based on their functions and applications, including ultraviolet high-pressure mercury lamps, fluorescent high-pressure mercury lamps, self ballasted high-pressure mercury lamps, and ultra-high pressure mercury lamps. UV high-pressure mercury lamps can emit both visible and ultraviolet light, and are commonly used for health and disinfection purposes. Fluorescent high-pressure mercury lamps use an additional layer of fluorescent powder coated on the outer shell to convert invisible light into visible light, improving light efficiency. They are suitable for use outdoors, on streets, in factories, and other places. Self ballasted high-pressure mercury lamps and ultra-high pressure mercury lamps have different characteristics and application fields, respectively.
The purity of quartz glass is very high. Generally, the content of silicon dioxide in quartz glass is above 99.9%, and the content of silicon dioxide in high-purity quartz glass is as high as 99.99%. This high-purity quartz glass has excellent spectral and electrical properties, can withstand high temperatures and corrosion, and has good transparency. Therefore, it is widely used in fields such as electric light sources, semiconductors, and optics.
