Gradient Furnace
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- 产品描述
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- Commodity name: Gradient Furnace
- Model: Hunan Science and Technology SG
The Xiangke SG gradient furnace determines the crystallization performance of glass. The electric furnace is widely used in factories, schools, and research institutions for analyzing and testing the crystallization performance of glass and other non-metallic materials. It plays a guiding role in mastering its production process and shaping. The maximum temperature of the furnace is 1400℃.
Xiangke SG Main features of the gradient furnace Overview:
Because the internal energy of glass is higher than that of crystals with the same composition, glass is in a metastable state and has a tendency to spontaneously precipitate crystals under certain conditions. This phenomenon of crystal appearance is called crystallization, also known as devitrification or antiglassification. Determining the crystallization performance of glass means determining the crystallization temperature range, upper and lower limits, and the degree of crystallization of glass within this temperature range. Based on the test results, a reasonable melting, shaping, and heat processing system can be formulated to avoid the generation of crystallization and obtain transparent and ideal glass products.
This furnace uses the gradient furnace method to determine the crystallization performance of glass and is widely used in factories, schools, and research units for analyzing and testing the crystallization performance of glass and other non-metallic materials. It plays a guiding role in mastering its production process and shaping.
Main technical parameters:
1. Furnace chamber size: Φ60×1000mm (various specifications and sizes can be customized according to user requirements)
Furnace tube material: 99% alumina
2. Maximum furnace temperature: 1400℃
3. Heating element: 24 silicon carbide rods
4. Working temperature gradient range: 400mm
2-point computer program temperature control: Room temperature～1400℃
Measuring thermocouple: S type; 2 for temperature control, 1 for sample temperature measurement
Temperature gradient: 20℃/cm adjustable
5. Sample boat: 99% alumina; Pushing device: Manual
6. Observation hole diameter: Φ50mm (quartz glass)
Instrument configuration: Including SG Gradient furnace 1 furnace body, 1 electrical control cabinet, 1 set of silicon carbide rods, 2 temperature control thermocouples, 1 temperature measuring thermocouple, 2 alumina boats.Product image display
Gradient Furnace
Model:
Hunan Science and Technology SG
Specifications:
Specifications:
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The Xiangke SG gradient furnace determines the crystallization performance of glass. The electric furnace is widely used in factories, schools, and research institutions for analyzing and testing the crystallization performance of glass and other non-metallic materials. It plays a guiding role in mastering its production process and shaping. The maximum temperature of the furnace is 1400℃.
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Xiangke SG Main features of the gradient furnace Overview:
Because the internal energy of glass is higher than that of crystals with the same composition, glass is in a metastable state and has a tendency to spontaneously precipitate crystals under certain conditions. This phenomenon of crystal appearance is called crystallization, also known as devitrification or antiglassification. Determining the crystallization performance of glass means determining the crystallization temperature range, upper and lower limits, and the degree of crystallization of glass within this temperature range. Based on the test results, a reasonable melting, shaping, and heat processing system can be formulated to avoid the generation of crystallization and obtain transparent and ideal glass products.
This furnace uses the gradient furnace method to determine the crystallization performance of glass and is widely used in factories, schools, and research units for analyzing and testing the crystallization performance of glass and other non-metallic materials. It plays a guiding role in mastering its production process and shaping.
Main technical parameters:
1. Furnace chamber size: Φ60×1000mm (various specifications and sizes can be customized according to user requirements)
Furnace tube material: 99% alumina
2. Maximum furnace temperature: 1400℃
3. Heating element: 24 silicon carbide rods
4. Working temperature gradient range: 400mm
2-point computer program temperature control: Room temperature～1400℃
Measuring thermocouple: S type; 2 for temperature control, 1 for sample temperature measurement
Temperature gradient: 20℃/cm adjustable
5. Sample boat: 99% alumina; Pushing device: Manual
6. Observation hole diameter: Φ50mm (quartz glass)
Instrument configuration: Including SG Gradient furnace 1 furnace body, 1 electrical control cabinet, 1 set of silicon carbide rods, 2 temperature control thermocouples, 1 temperature measuring thermocouple, 2 alumina boats.
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