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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High temperature resistance 1200 ℃ laboratory quartz tub
High temperature resistant 1200 ℃ laboratory quartz tube is an inorganic mineral tubular material designed specifically for high-temperature experimental environments, mainly made of high-purity silicon dioxide (SiO ₂).
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 temperature resistant 1200 ℃ laboratory quartz tube is an inorganic mineral tubular material designed specifically for high-temperature experimental environments, mainly made of high-purity silicon dioxide (SiO ₂). Its excellent high-temperature resistance, good chemical stability, and outstanding optical properties make it an ideal choice for conducting high-temperature chemical reactions, material sintering, optical research, and chemical analysis experiments in the laboratory.
Technical parameter
Maximum operating temperature: 1200 ℃
Size specifications: We provide customized services for various sizes, such as a diameter of 60 × 100 (middle diameter) × 1200mm (L) at both ends, a diameter of 60 × 130 (middle diameter) × 1200mm (L) at both ends, etc., to meet different experimental needs.
Material: High purity quartz glass, with a silicon dioxide content of over 99.99% and a melting point of up to 1730 ℃ (some products can reach 1800 ℃), ensuring stable use in high temperature environments.
Transmittance: The high transparency quartz tube has a transmittance of over 90% and is suitable for components in optical instruments.
Density: Approximately 2.2g/cm ⊃3;, the specific density may vary slightly due to production processes and product specifications.
Corrosion resistance: Quartz tubes have extremely high resistance to most chemicals and are not easily corroded.
Product Features
High temperature resistance: Quartz tubes can withstand high temperatures up to 1200 ℃ and have stable performance after long-term use, without deformation or breakage.
Chemical stability: It hardly reacts with any chemical substances and is suitable for various corrosive environments.
Excellent optical performance: It has good transmittance to ultraviolet and visible light, suitable for applications such as optical research and spectral analysis.
Small coefficient of expansion: able to withstand drastic temperature changes and not easily damaged by thermal expansion and contraction.
High purity: High purity materials ensure the accuracy and reliability of experiments, avoiding potential issues such as metal contamination.
Precautions for use
When using laboratory quartz tubes with high temperature resistance of 1200 ℃, it should be ensured that the pressure inside the furnace tube does not exceed 0.02MPa to avoid safety issues such as tube rupture or flange flying out due to high pressure.
When the temperature of the furnace body is higher than 1000 ℃, the furnace tube should maintain a normal pressure state to avoid adverse effects of vacuum environment on the tube body.
The gas flow rate entering the furnace tube should be controlled below 200SCCM to avoid the impact of cold large airflow on the heated quartz tube.
For the experiment of sample heating, it is not recommended to close the exhaust valve and inlet valve at the flange end of the furnace tube. If the gas valve needs to be closed to heat the sample, it is necessary to constantly monitor the reading on the pressure gauge to ensure that the air pressure is within a safe range.
Application area
High temperature experiments: such as material sintering, high-temperature chemical reactions, etc.
Optical research: as optical components in spectrometers, lasers, etc.
Chemical analysis: As an ideal container for chemical analysis, it avoids metal contamination.
Semiconductor manufacturing: used for manufacturing key components such as optical fiber preforms and diffusion furnace tubes.
Lighting industry: manufacturing ultraviolet lamps and other special light sources.
Medical equipment: components such as optical fibers used in the production of endoscopes.
Laboratory quartz tubes with high temperature resistance of 1200 ℃ play an important role in multiple scientific research and industrial fields due to their excellent high temperature resistance, chemical stability, and optical properties. Whether in high-temperature experiments, optical research, or chemical analysis, its wide application space can be found. We are committed to providing customers with high-quality quartz tube products and professional technical support to meet their diverse needs.
Luverre Quartz is a manufacturer specializing in quartz tubes and other quartz items.We have over 18 years experience with the production of quartz tubes, we will be your reliable partner on quartz tubes and other quartz items.
Luverre Quartz can manufacture customized quartz tubes in various shapes, such as spiral, square, round, with processing including cutting, bending, welding, etc., and available in different colors, such as transparent quartz tubes, opaque quartz tubes, milky white quartz tubes, red quartz tubes, and so on.
High temperature resistant 1200 ℃ laboratory quartz tube is an inorganic mineral tubular material designed specifically for high-temperature experimental environments, mainly made of high-purity silicon dioxide (SiO ₂). Its excellent high-temperature resistance, good chemical stability, and outstanding optical properties make it an ideal choice for conducting high-temperature chemical reactions, material sintering, optical research, and chemical analysis experiments in the laboratory.
Technical parameter
Maximum operating temperature: 1200 ℃
Size specifications: We provide customized services for various sizes, such as a diameter of 60 × 100 (middle diameter) × 1200mm (L) at both ends, a diameter of 60 × 130 (middle diameter) × 1200mm (L) at both ends, etc., to meet different experimental needs.
Material: High purity quartz glass, with a silicon dioxide content of over 99.99% and a melting point of up to 1730 ℃ (some products can reach 1800 ℃), ensuring stable use in high temperature environments.
Transmittance: The high transparency quartz tube has a transmittance of over 90% and is suitable for components in optical instruments.
Density: Approximately 2.2g/cm ⊃3;, the specific density may vary slightly due to production processes and product specifications.
Corrosion resistance: Quartz tubes have extremely high resistance to most chemicals and are not easily corroded.
Product Features
High temperature resistance: Quartz tubes can withstand high temperatures up to 1200 ℃ and have stable performance after long-term use, without deformation or breakage.
Chemical stability: It hardly reacts with any chemical substances and is suitable for various corrosive environments.
Excellent optical performance: It has good transmittance to ultraviolet and visible light, suitable for applications such as optical research and spectral analysis.
Small coefficient of expansion: able to withstand drastic temperature changes and not easily damaged by thermal expansion and contraction.
High purity: High purity materials ensure the accuracy and reliability of experiments, avoiding potential issues such as metal contamination.
Precautions for use
When using laboratory quartz tubes with high temperature resistance of 1200 ℃, it should be ensured that the pressure inside the furnace tube does not exceed 0.02MPa to avoid safety issues such as tube rupture or flange flying out due to high pressure.
When the temperature of the furnace body is higher than 1000 ℃, the furnace tube should maintain a normal pressure state to avoid adverse effects of vacuum environment on the tube body.
The gas flow rate entering the furnace tube should be controlled below 200SCCM to avoid the impact of cold large airflow on the heated quartz tube.
For the experiment of sample heating, it is not recommended to close the exhaust valve and inlet valve at the flange end of the furnace tube. If the gas valve needs to be closed to heat the sample, it is necessary to constantly monitor the reading on the pressure gauge to ensure that the air pressure is within a safe range.
Application area
High temperature experiments: such as material sintering, high-temperature chemical reactions, etc.
Optical research: as optical components in spectrometers, lasers, etc.
Chemical analysis: As an ideal container for chemical analysis, it avoids metal contamination.
Semiconductor manufacturing: used for manufacturing key components such as optical fiber preforms and diffusion furnace tubes.
Lighting industry: manufacturing ultraviolet lamps and other special light sources.
Medical equipment: components such as optical fibers used in the production of endoscopes.
Laboratory quartz tubes with high temperature resistance of 1200 ℃ play an important role in multiple scientific research and industrial fields due to their excellent high temperature resistance, chemical stability, and optical properties. Whether in high-temperature experiments, optical research, or chemical analysis, its wide application space can be found. We are committed to providing customers with high-quality quartz tube products and professional technical support to meet their diverse needs.
Luverre Quartz is a manufacturer specializing in quartz tubes and other quartz items.We have over 18 years experience with the production of quartz tubes, we will be your reliable partner on quartz tubes and other quartz items.
Luverre Quartz can manufacture customized quartz tubes in various shapes, such as spiral, square, round, with processing including cutting, bending, welding, etc., and available in different colors, such as transparent quartz tubes, opaque quartz tubes, milky white quartz tubes, red quartz tubes, and so on.
