Quartz Wafer Carrier for Diffusion of Wafer Processing
- Product Item : HYRD-QC05
- Category： Quartz Carriers
- Material: High purity quartz glass
- Dimension: Standard or Customized
- Surface: Polished /Transparent
- Application: semiconductor manufacturing, optoelectronics industry, chemical analysis, and high-temperature experiments
Quartz Wafer Carrier for Diffusion of Wafer Processing
The main function of a Quartz Wafer Carrier is to provide a stable, high-temperature resistant, and chemically stable platform or container for carrying and protecting materials or samples working in high-temperature or corrosive environments. Its high transparency allows experimenters to clearly observe changes in the sample and adjust experimental conditions in a timely manner.
The Application of Quartz Wafer Carrier
1. Semiconductor manufacturing: In the semiconductor manufacturing process, Quartz Wafer Carriers are widely used to carry silicon wafers for processes such as diffusion, oxidation, annealing, etc. Its high temperature resistance ensures that silicon wafers will not be contaminated or deformed in high-temperature environments, thereby ensuring the quality and performance of semiconductor devices.
2. Optoelectronic industry: Quartz Wafer Carrier also play an important role in the production process of optoelectronic devices. It can serve as a carrier during the fiber drawing process, ensuring that the fiber maintains a stable shape and size during the high-temperature drawing process. Meanwhile, Quartz Wafer Carrier can also be used for the production of LED chips, providing a stable growth environment for the chips.
3. Chemical analysis: In the field of chemical analysis, Quartz Wafer Carrier are often used as containers for high-temperature digestion experiments. It can withstand the erosion of corrosive chemical reagents such as strong acids and bases, ensuring that the sample will not be contaminated or lost during the digestion process. At the same time, the transparency of the Quartz Wafer Carrier allows experimental personnel to monitor and analyze the sample in real time through spectral analysis and other methods.
4. High temperature experiment: In the high-temperature experimental environment, the Quartz Wafer Carrier also performed well. It can serve as a sample holder or reaction vessel for conducting various physical, chemical, or materials science experiments under high temperature conditions. Its excellent high temperature resistance and chemical stability make the experimental results more accurate and reliable.
The main function of a Quartz Wafer Carrier is to provide a stable, high-temperature resistant, and chemically stable platform or container for carrying and protecting materials or samples working in high-temperature or corrosive environments. Its high transparency allows experimenters to clearly observe changes in the sample and adjust experimental conditions in a timely manner.
The Application of Quartz Wafer Carrier
1. Semiconductor manufacturing: In the semiconductor manufacturing process, Quartz Wafer Carriers are widely used to carry silicon wafers for processes such as diffusion, oxidation, annealing, etc. Its high temperature resistance ensures that silicon wafers will not be contaminated or deformed in high-temperature environments, thereby ensuring the quality and performance of semiconductor devices.
2. Optoelectronic industry: Quartz Wafer Carrier also play an important role in the production process of optoelectronic devices. It can serve as a carrier during the fiber drawing process, ensuring that the fiber maintains a stable shape and size during the high-temperature drawing process. Meanwhile, Quartz Wafer Carrier can also be used for the production of LED chips, providing a stable growth environment for the chips.
3. Chemical analysis: In the field of chemical analysis, Quartz Wafer Carrier are often used as containers for high-temperature digestion experiments. It can withstand the erosion of corrosive chemical reagents such as strong acids and bases, ensuring that the sample will not be contaminated or lost during the digestion process. At the same time, the transparency of the Quartz Wafer Carrier allows experimental personnel to monitor and analyze the sample in real time through spectral analysis and other methods.
4. High temperature experiment: In the high-temperature experimental environment, the Quartz Wafer Carrier also performed well. It can serve as a sample holder or reaction vessel for conducting various physical, chemical, or materials science experiments under high temperature conditions. Its excellent high temperature resistance and chemical stability make the experimental results more accurate and reliable.
In summary, Quartz Wafer Carrier play an important role in various fields such as semiconductor manufacturing, optoelectronics industry, chemical analysis, and high-temperature experiments due to their unique physical and chemical properties. It not only provides a stable and reliable platform or container for experiments and production, but also improves the accuracy and reliability of experimental results.
The mechanical properties of quartz glass
Density:
2.2g/cm3
Compressive strength:
1100Mpa
Bending strength:
67Mpa
Tensile strength:
48Mpa
Poisson's ratio:
0.14-0.17
Young's modulus:
72000Mpa
Stiffness modulus:
31000Mpa
Mohs hardness:
5.5-6.5
Thermal properties of quartz glass
Deformation point:
1120℃
Softening point:
1680℃
Annealing point:
1210℃
Specific heat (20-350℃):
670J/kg.℃
Thermal conductivity (20℃):
1.4W/m.℃
Thermal expansion coefficient:
5.5x10-7cm/cm.℃
Hot working temperature:
1700-2000℃
Short term usage temperature:
1300℃
Long term use temperature:
1100℃
Electrical properties of quartz glass
Resistivity:
7x107Ω.cm
Insulation strength:
250-400Kv/cm
Dielectric constant Ɛ:
3.7-3.9
Dielectric absorption coefficient:
<4x104
Dielectric loss coefficient:
<1x104
