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E: nick@luverrequartz.com
E: nick@luverrequartz.com
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Laboratory Semiconductor Instrument Quartz Accessories
Laboratory Semiconductor Instruments Quartz Fittings are a range of critical components designed specifically for semiconductor manufacturing and research applications
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
Laboratory Semiconductor Instrumentation Quartz Fittings
Laboratory Semiconductor Instruments Quartz Fittings are a range of critical components designed specifically for semiconductor manufacturing and research applications in Chemical Vapor Deposition (CVD), Physical Vapor Deposition (PVD), Diffusion Furnaces, Annealing Furnaces, Plasma Enhanced Chemical Vapor Deposition (PECVD) and other high temperature process equipment. Made from high-purity silicon dioxide (SiO₂), these fittings offer excellent high-temperature resistance, chemical inertness, and optical clarity, ensuring consistent performance and precise control under extreme conditions. They are critical to maintaining a pristine environment during semiconductor production, ensuring material quality and improving process efficiency.
Material Characteristics
2.1 High purity quartz
The use of ultra-high purity quartz raw material ensures the purity and uniformity of the product and reduces the impact of impurities on experimental results. Its excellent transmittance and low coefficient of thermal expansion enable quartz fittings to maintain a stable size and shape even at high temperatures, making it ideal for semiconductor processing that requires a high degree of precision.
2.2 High Temperature Resistance
They can withstand continuous operating temperatures of up to 1200°C or more, and even higher temperatures for short periods of time. This excellent heat resistance makes it ideal for high-temperature experimental devices and industrial production equipment, such as furnaces, heating ovens, and high-temperature reactors.
2.3 Chemical stability
It has good corrosion resistance to most acid and alkali solutions, organic solvents and strong oxidizing agents, and maintains stable performance even in harsh chemical environments, ensuring the safety and reliability of the experimental process, especially for corrosive gases and chemicals commonly used in semiconductor processes.
2.4 Mechanical Strength
Despite its hard texture, it has sufficient toughness to resist external impacts through fine processing. At the same time, the surface is smooth and even, easy to clean and maintain, and does not easily retain substances, which is important for maintaining the cleanliness of the semiconductor production process.
Structural characteristics and types
3.1 Quartz boat
- Description: Used to carry silicon wafers or other substrates for high temperature treatment, such as diffusion, annealing, etc..
- Characteristics: usually open design for easy loading and unloading of samples; the surface is specially treated to reduce the risk of contamination.
3.2 Quartz Tubes
- Description: used as reaction chamber or transmission channel for gas transportation, heating element protection etc.
- Characteristics: Smooth and free of defects inside to ensure smooth gas flow; different diameters and lengths can be customized according to requirements.
3.3 Quartz Hoods/Covers
- Description: Used as a seal or shield to prevent outside contaminants from entering the reaction area.
- Characteristics: Tight fit to provide excellent sealing effect; transparent material for easy viewing of the interior.
3.4 Quartz Rods/Sticks
- DESCRIPTION: Can be used as a support structure, electrode connection or as a measuring tool.
- Characteristics: Straight and sturdy for precision positioning; conductive quartz rods also meet specific electrical requirements.
3.5 Quartz Sheet/Window
- Description: Commonly used to construct viewing windows or isolation barriers that allow light to pass through without affecting the environment.
- Features: High light transmission for spectral analysis and other optical inspection tasks; smooth edges for easy installation.
3.6 Other customized accessories
According to specific application requirements, quartz accessories of various shapes and functions, such as quartz clamps, holders, connectors, etc., can also be customized to suit different experimental and production conditions.
Application Areas
4.1 Semiconductor manufacturing
In the entire semiconductor industry chain, from the preparation of raw materials to the final product packaging, each link will almost always involve the application of quartz accessories. For example, during wafer growth, thin film deposition, etching, doping, etc., quartz fittings provide the necessary containers, transport paths and support structures to ensure the smooth progress of the process.
4.2 Scientific Research
Quartz fittings also play an important role in the research and development phase of semiconductor materials and devices. Researchers can use these high-quality components to build experimental platforms to explore the properties of new materials and the possibility of new processes, and to promote technological progress.
4.3 Analyzing and Testing
Quartz fittings also play an indispensable role in the quality inspection and troubleshooting of finished products. By building a closed and controlled environment, the performance of semiconductor products can be more accurately assessed and potential problems can be identified.
Laboratory semiconductor instrumentation quartz accessories with its unique material properties and structural design, has become the hands of many researchers in the hands of a powerful assistant. Whether in basic scientific research or high-end technology development, it can provide stable and reliable support and service. If you are looking for a semiconductor process solution that is both aesthetically pleasing and practical, consider these high-quality quartz accessories.
Laboratory Semiconductor Instrumentation Quartz Fittings
Laboratory Semiconductor Instruments Quartz Fittings are a range of critical components designed specifically for semiconductor manufacturing and research applications in Chemical Vapor Deposition (CVD), Physical Vapor Deposition (PVD), Diffusion Furnaces, Annealing Furnaces, Plasma Enhanced Chemical Vapor Deposition (PECVD) and other high temperature process equipment. Made from high-purity silicon dioxide (SiO₂), these fittings offer excellent high-temperature resistance, chemical inertness, and optical clarity, ensuring consistent performance and precise control under extreme conditions. They are critical to maintaining a pristine environment during semiconductor production, ensuring material quality and improving process efficiency.
Material Characteristics
2.1 High purity quartz
The use of ultra-high purity quartz raw material ensures the purity and uniformity of the product and reduces the impact of impurities on experimental results. Its excellent transmittance and low coefficient of thermal expansion enable quartz fittings to maintain a stable size and shape even at high temperatures, making it ideal for semiconductor processing that requires a high degree of precision.
2.2 High Temperature Resistance
They can withstand continuous operating temperatures of up to 1200°C or more, and even higher temperatures for short periods of time. This excellent heat resistance makes it ideal for high-temperature experimental devices and industrial production equipment, such as furnaces, heating ovens, and high-temperature reactors.
2.3 Chemical stability
It has good corrosion resistance to most acid and alkali solutions, organic solvents and strong oxidizing agents, and maintains stable performance even in harsh chemical environments, ensuring the safety and reliability of the experimental process, especially for corrosive gases and chemicals commonly used in semiconductor processes.
2.4 Mechanical Strength
Despite its hard texture, it has sufficient toughness to resist external impacts through fine processing. At the same time, the surface is smooth and even, easy to clean and maintain, and does not easily retain substances, which is important for maintaining the cleanliness of the semiconductor production process.
Structural characteristics and types
3.1 Quartz boat
- Description: Used to carry silicon wafers or other substrates for high temperature treatment, such as diffusion, annealing, etc..
- Characteristics: usually open design for easy loading and unloading of samples; the surface is specially treated to reduce the risk of contamination.
3.2 Quartz Tubes
- Description: used as reaction chamber or transmission channel for gas transportation, heating element protection etc.
- Characteristics: Smooth and free of defects inside to ensure smooth gas flow; different diameters and lengths can be customized according to requirements.
3.3 Quartz Hoods/Covers
- Description: Used as a seal or shield to prevent outside contaminants from entering the reaction area.
- Characteristics: Tight fit to provide excellent sealing effect; transparent material for easy viewing of the interior.
3.4 Quartz Rods/Sticks
- DESCRIPTION: Can be used as a support structure, electrode connection or as a measuring tool.
- Characteristics: Straight and sturdy for precision positioning; conductive quartz rods also meet specific electrical requirements.
3.5 Quartz Sheet/Window
- Description: Commonly used to construct viewing windows or isolation barriers that allow light to pass through without affecting the environment.
- Features: High light transmission for spectral analysis and other optical inspection tasks; smooth edges for easy installation.
3.6 Other customized accessories
According to specific application requirements, quartz accessories of various shapes and functions, such as quartz clamps, holders, connectors, etc., can also be customized to suit different experimental and production conditions.
Application Areas
4.1 Semiconductor manufacturing
In the entire semiconductor industry chain, from the preparation of raw materials to the final product packaging, each link will almost always involve the application of quartz accessories. For example, during wafer growth, thin film deposition, etching, doping, etc., quartz fittings provide the necessary containers, transport paths and support structures to ensure the smooth progress of the process.
4.2 Scientific Research
Quartz fittings also play an important role in the research and development phase of semiconductor materials and devices. Researchers can use these high-quality components to build experimental platforms to explore the properties of new materials and the possibility of new processes, and to promote technological progress.
4.3 Analyzing and Testing
Quartz fittings also play an indispensable role in the quality inspection and troubleshooting of finished products. By building a closed and controlled environment, the performance of semiconductor products can be more accurately assessed and potential problems can be identified.
Laboratory semiconductor instrumentation quartz accessories with its unique material properties and structural design, has become the hands of many researchers in the hands of a powerful assistant. Whether in basic scientific research or high-end technology development, it can provide stable and reliable support and service. If you are looking for a semiconductor process solution that is both aesthetically pleasing and practical, consider these high-quality quartz accessories.
