T: +86-518-85528012
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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Customized Low Hydroxyl Content Quartz Tubes
Custom Low Hydroxyl Content Quartz Tubes are quartz glass tubes manufactured by a special process characterized by extremely low hydroxyl (-OH) content, resulting in higher purity and excellent optical properties.
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
Custom Low Hydroxyl Content Quartz Tubes are quartz glass tubes manufactured by a special process characterized by extremely low hydroxyl (-OH) content, resulting in higher purity and excellent optical properties. These quartz tubes are widely used in precision optical instruments, semiconductor manufacturing, laboratory analytical equipment, etc., especially in environments where the purity and optical quality of the material is of the utmost importance.
Material Characteristics
Low Hydroxyl Content: Through special raw material treatment and processing, the hydroxyl content of Low Hydroxyl Quartz Tubes is much lower than that of ordinary quartz tubes, usually less than 20 ppm (in some cases, it can reach less than 10 ppm).
High Purity Quartz: The use of high purity SiO2 raw material ensures that the quartz tube has excellent transparency and chemical stability.
Optical Properties
Superior Optical Quality: Low hydroxyl content allows the quartz tube to have higher transmittance and lower absorption for applications requiring high optical quality.
Low light scattering: Low hydroxyl content reduces light scattering inside the quartz tube, ensuring a clear and stable light path.
Processing
Purification: Specific chemical treatments, such as high temperature gas exchange or liquid treatment, are used to reduce the hydroxyl content.
Precision Melting: Precision melting technology is used to ensure that no new impurities and hydroxyl groups are introduced into the quartz tube during the melting process.
Size and Accuracy
High Dimensional Accuracy: Customized low hydroxyl quartz tubes are available in precise I.D., O.D., wall thickness, and length dimensions to meet the needs of different application scenarios.
Surface Quality: Smooth, scratch-free surfaces with very low inner and outer wall roughness.
Application Benefits
Improved Equipment Performance: In semiconductor and optical equipment, low hydroxyl quartz tubes can improve performance and reliability.
Extended Service Life: Due to its high purity and chemical stability, Low-Hydroxyl Quartz Tubing has a longer service life in harsh environments.
Compatibility: Compatible with a wide range of materials and technologies for a variety of applications with high purity requirements.
Areas of Application
Semiconductor Industry: Used as transfer and reaction vessels in manufacturing processes and as transportation tubes for high purity chemicals.
Optical instruments: as optical components such as lenses, windows, beam guides, etc., in laser equipment and high-performance analytical instruments.
Laboratory Analysis: Used as columns and other key components in analytical instruments such as GC and HPLC.
Custom Low Hydroxyl Content Quartz Tubes are quartz glass tubes manufactured by a special process characterized by extremely low hydroxyl (-OH) content, resulting in higher purity and excellent optical properties. These quartz tubes are widely used in precision optical instruments, semiconductor manufacturing, laboratory analytical equipment, etc., especially in environments where the purity and optical quality of the material is of the utmost importance.
Material Characteristics
Low Hydroxyl Content: Through special raw material treatment and processing, the hydroxyl content of Low Hydroxyl Quartz Tubes is much lower than that of ordinary quartz tubes, usually less than 20 ppm (in some cases, it can reach less than 10 ppm).
High Purity Quartz: The use of high purity SiO2 raw material ensures that the quartz tube has excellent transparency and chemical stability.
Optical Properties
Superior Optical Quality: Low hydroxyl content allows the quartz tube to have higher transmittance and lower absorption for applications requiring high optical quality.
Low light scattering: Low hydroxyl content reduces light scattering inside the quartz tube, ensuring a clear and stable light path.
Processing
Purification: Specific chemical treatments, such as high temperature gas exchange or liquid treatment, are used to reduce the hydroxyl content.
Precision Melting: Precision melting technology is used to ensure that no new impurities and hydroxyl groups are introduced into the quartz tube during the melting process.
Size and Accuracy
High Dimensional Accuracy: Customized low hydroxyl quartz tubes are available in precise I.D., O.D., wall thickness, and length dimensions to meet the needs of different application scenarios.
Surface Quality: Smooth, scratch-free surfaces with very low inner and outer wall roughness.
Application Benefits
Improved Equipment Performance: In semiconductor and optical equipment, low hydroxyl quartz tubes can improve performance and reliability.
Extended Service Life: Due to its high purity and chemical stability, Low-Hydroxyl Quartz Tubing has a longer service life in harsh environments.
Compatibility: Compatible with a wide range of materials and technologies for a variety of applications with high purity requirements.
Areas of Application
Semiconductor Industry: Used as transfer and reaction vessels in manufacturing processes and as transportation tubes for high purity chemicals.
Optical instruments: as optical components such as lenses, windows, beam guides, etc., in laser equipment and high-performance analytical instruments.
Laboratory Analysis: Used as columns and other key components in analytical instruments such as GC and HPLC.
