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Medium Frequency Induction High Temperature Purification Furnace
keyword:
Medium Frequency Induction High Temperature Purification Furnace
Product Description:
Applications: Our high-temperature vacuum purification furnace is a new product developed by our company based on advanced domestic and international material processes and user feedback. It is designed for the high-temperature sintering of carbon-based materials such as silicon-carbon, porous carbon, mesoporous carbon, and foamed carbon, and is continuously improved and upgraded. It boasts advantages such as greater stability, energy efficiency, and intelligence.
The high-temperature vacuum purification furnace is also suitable for the heat treatment of some semiconductor materials such as silicon carbide, gallium nitride, boron carbide, and high-purity silicon, as well as special metals such as high-temperature alloys and high-purity metals like titanium, nickel, and molybdenum. The core processes involve high-temperature vacuum, atmosphere purification, degassing, impurity removal, and sintering densification.
Features:
- Impurity Removal:Impurities are decomposed or volatilized through high-temperature heat treatment. For example, high-temperature pyrolysis removes impurities from polymer raw materials during carbon fiber preparation, or high-temperature oxidation-reduction reactions remove heavy metal impurities during smelting.
- Improving Material Properties: High temperatures can alter the structure or chemical bonds of materials, enhancing physical properties such as strength and hardness. For example, high-temperature treatment of carbon fiber reduces its coefficient of thermal expansion and increases its thermal conductivity, making it suitable for aerospace and other fields.
- Synthesizing New Materials: High temperatures promote molecular recombination or the formation of new compounds. For instance, graphite purification furnaces produce high-purity graphite materials through high-temperature heat treatment, or specific metal oxide structures are formed during smelting.
- Atmosphere Control: By adjusting the gas composition during high-temperature processes, the reaction pathways of materials can be optimized. For example, the coatings industry uses atmosphere control to improve the thermal stability of resins.
Product description:
| Product Model Specification | ZY-CHL-400 | ZY-CHL-600 | ZY-CHL-800 | ZY-CHL-1050 | ZY-CHL-1500 | |
| Size and Volume (mm) | 400×400×800 128L | 600×600×1800 648L | 800×800×2000 1280L | 1050×1050×2900 3200L | 1500×1500×6000 13500L | |
| Rated Temperature (°C) | 3000 | 3000 | 3000 | 3000 | 3000 | |
| Limiting Temperature (°C) | 3300 | 3300 | 3300 | 3300 | 3300 | |
| Configuration Power (KW) | 150 | 350 | 450 | 700 | 2000 | |
| Temperature Difference in high Temperature Zone (℃) | ±5 | ±8 | ±10 | ±15 | ±15 | |
| Temperature Control Method | PID segmented programme control and manual control (Japan conductive instruments) | |||||
| Heating Method | Graphite rod (plate) resistance | |||||
| Operating Atmosphere | Vacuum, nitrogen, argon, hydrogen | |||||
| Ultimate Vacuum (pa) | 5 (empty furnace, cool state) (or customised according to customer requirements) | |||||
Product Showcase:
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