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E: nick@luverrequartz.com
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High purity semiconductor annealing process quartz glass tube
High purity semiconductor annealing process quartz glass tube is a special type of quartz glass manufactured through precision annealing process and used in the semiconductor industry.
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 purity semiconductor annealing process quartz glass tube
High purity semiconductor annealing process quartz glass tube is a special type of quartz glass manufactured through precision annealing process and used in the semiconductor industry. The main characteristics of this quartz glass include high purity, low hydroxyl content, and high temperature resistance. Annealing process is a key step in the manufacturing process of quartz glass, which eliminates internal stress of the glass and improves its optical uniformity through heating and cooling processes.
In the precision annealing process, the annealing process of quartz glass is divided into several stages: heating stage, soaking stage, and cooling stage. Each stage has its specific process parameters and objectives. The heating stage is to heat the quartz glass to the annealing temperature, the soaking stage is to eliminate the internal stress of the glass and make its structure more uniform, and the cooling stage is to slowly cool the quartz glass to avoid generating new stress.
Through this precision annealing process, quartz glass that meets high-performance requirements can be produced, which has a wide range of applications in semiconductor manufacturing, especially in semiconductor grade silicon wafer oxidation, diffusion and other processes. The high-purity, low thermal expansion coefficient, and excellent optical properties of quartz glass tubes made by high-purity semiconductor annealing process make them an indispensable material in the semiconductor manufacturing process.
High purity semiconductor annealing process quartz glass tube
High purity semiconductor annealing process quartz glass tube is a special type of quartz glass manufactured through precision annealing process and used in the semiconductor industry. The main characteristics of this quartz glass include high purity, low hydroxyl content, and high temperature resistance. Annealing process is a key step in the manufacturing process of quartz glass, which eliminates internal stress of the glass and improves its optical uniformity through heating and cooling processes.
In the precision annealing process, the annealing process of quartz glass is divided into several stages: heating stage, soaking stage, and cooling stage. Each stage has its specific process parameters and objectives. The heating stage is to heat the quartz glass to the annealing temperature, the soaking stage is to eliminate the internal stress of the glass and make its structure more uniform, and the cooling stage is to slowly cool the quartz glass to avoid generating new stress.
Through this precision annealing process, quartz glass that meets high-performance requirements can be produced, which has a wide range of applications in semiconductor manufacturing, especially in semiconductor grade silicon wafer oxidation, diffusion and other processes. The high-purity, low thermal expansion coefficient, and excellent optical properties of quartz glass tubes made by high-purity semiconductor annealing process make them an indispensable material in the semiconductor manufacturing process.
