Quartz glass is mainly composed of silicon dioxide and has extremely high purity. It has high heat resistance, with a common temperature range of 1100℃ to 1200℃ and a short-term service temperature of up to 1400℃
The maximum temperature of the quartz sample box is approximately 1730℃. It can be used for a long time at 1100℃, and the short-term operating temperature can reach 1450℃. Quartz glass has a small coefficient of thermal expansion
TEMPERATURE RESISTANCE: Engineered to withstand high temperatures, making it suitable for demanding laboratory conditions
The main features of glass are that it is usually transparent, chemically stable, and has the same physical properties in all directions
Quartz sample boxes can also withstand temperatures as high as over 1000 degrees Celsius, enabling them to maintain structural stability in high-temperature environments. Quartz sample boxes can all demonstrate their outstanding performance, providing reliable experimental conditions for scientists
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TEMPERATURE RESISTANCE: Engineered to withstand high temperatures, making it suitable for demanding laboratory conditions
Quartz glass is mainly composed of silicon dioxide and has extremely high purity. It has high heat resistance, with a common temperature range of 1100℃ to 1200℃ and a short-term service temperature of up to 1400℃
The maximum temperature of the quartz sample box is approximately 1730℃. It can be used for a long time at 1100℃, and the short-term operating temperature can reach 1450℃. Quartz glass has a small coefficient of thermal expansion
The main features of glass are that it is usually transparent, chemically stable, and has the same physical properties in all directions
Quartz sample boxes can also withstand temperatures as high as over 1000 degrees Celsius, enabling them to maintain structural stability in high-temperature environments. Quartz sample boxes can all demonstrate their outstanding performance, providing reliable experimental conditions for scientists