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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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3-300mm high purity transparent furnace fused quartz glass tube
3-300mm high-purity transparent furnace fused quartz glass tube is a special industrial glass product with special properties and wide application.
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
3-300mm high purity transparent furnace fused quartz glass tube
3-300mm high-purity transparent furnace fused quartz glass tube is a special industrial glass product with special properties and wide application.
-Material and composition: The main ingredient is high-purity silica (SiO _ 2), which is usually more than 99.99% pure. This high-purity raw material makes quartz glass tubes have a series of excellent properties.
- Dimensions: The outer diameter size range is between 3-300mm, which can meet the needs of different experimental and industrial applications for pipe diameter. In addition to the outer diameter, its wall thickness, length, etc. are also available in a variety of specifications. The common wall thickness is between 0.5-15 mm and the length is between 10-3000mm.
- Manufacturing process: Generally, high-purity silica raw materials are melted at high temperature, and then made into tubes through a specific molding process. During the manufacturing process, it may go through high-temperature burning, drawing, polishing and other processes to ensure the dimensional accuracy, surface quality and internal performance of quartz glass tubes.
- Application field:
- Laboratory applications: commonly used in high temperature reaction, diffusion experiments, spectral analysis and other experiments. For example, in the study of semiconductor materials, it can be used as a diffusion tube to provide a high-purity and stable environment for the diffusion process of materials; in optical experiments, because of its good light transmittance and chemical stability, it can be used to hold samples for spectral analysis.
-Industrial production: In the chemical industry, it can be used to make components for chemical reaction kettles, gas scrubbers, distillation towers, and other equipment; in the electronics industry, it can be used as a protective cover for semiconductor silicon wafers, raw materials for electronic tubes, etc.; in the field of electric light sources, it can be used to make high-power electric light sources, etc.
-Other fields: in the aerospace field, it can be used to make components such as windows and protective covers for spacecraft; in the nuclear industry, it can be used as a control rod material for nuclear reactors, etc.
3-300mm high purity transparent furnace fused quartz glass tube
3-300mm high-purity transparent furnace fused quartz glass tube is a special industrial glass product with special properties and wide application.
-Material and composition: The main ingredient is high-purity silica (SiO _ 2), which is usually more than 99.99% pure. This high-purity raw material makes quartz glass tubes have a series of excellent properties.
- Dimensions: The outer diameter size range is between 3-300mm, which can meet the needs of different experimental and industrial applications for pipe diameter. In addition to the outer diameter, its wall thickness, length, etc. are also available in a variety of specifications. The common wall thickness is between 0.5-15 mm and the length is between 10-3000mm.
- Manufacturing process: Generally, high-purity silica raw materials are melted at high temperature, and then made into tubes through a specific molding process. During the manufacturing process, it may go through high-temperature burning, drawing, polishing and other processes to ensure the dimensional accuracy, surface quality and internal performance of quartz glass tubes.
- Application field:
- Laboratory applications: commonly used in high temperature reaction, diffusion experiments, spectral analysis and other experiments. For example, in the study of semiconductor materials, it can be used as a diffusion tube to provide a high-purity and stable environment for the diffusion process of materials; in optical experiments, because of its good light transmittance and chemical stability, it can be used to hold samples for spectral analysis.
-Industrial production: In the chemical industry, it can be used to make components for chemical reaction kettles, gas scrubbers, distillation towers, and other equipment; in the electronics industry, it can be used as a protective cover for semiconductor silicon wafers, raw materials for electronic tubes, etc.; in the field of electric light sources, it can be used to make high-power electric light sources, etc.
-Other fields: in the aerospace field, it can be used to make components such as windows and protective covers for spacecraft; in the nuclear industry, it can be used as a control rod material for nuclear reactors, etc.
