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- 1. High Uniformity
- 2. Short mixing time,High Efficiency
- 3. 80% loading rate
- 4. Time saving,Energy saving,Space saving,Money saving.
- 5 Small damage to the original appearance of powders.
- 6. Solve the problem of ultra-fine powder mixing.
- 7. Solve the problem of light-heavy powder mixing.
- 8. Effectively solve the problem of uniform mixing diffuculty of trace elements
- 1. The important factor influenci
- 2. Particle size - an important
- 3. Powder fluidity is a double-edged sword
- 4. Pretreatment of powder mixture
- 5. Powder mixing principle introduce
- 6. Traditional powder mixers' adv
- 7. Selection of blending equipment
- 8. The basis of the uniform blending of powder
- 9. How to find the cause of mixing bad uniformity
- 10. Super light powder mixing precautions
- 11. Super fine powder mixing precautions
- 12. How to mix bad liquidity powder?
- 13. How to mix trace elements
- 14. A solution for powder's good
- 15. How does the dummy particles
The ultra-temperature vacuum graphite furnace is a performance intelligent heating furnace, adopt advanced temperature measurement, temperature control, intelligence, new material, and furnace chamber design. This furnace is mainly used for high-temperature treatment of materials in a vacuum or protective atmosphere environment.
Graphite-Based Furnace: A High Level of Thermal Efficiency
The graphite wafer is an excellent material which allows operation at very high temperatures. It has low density, reduced weight and modest thermal capacity. It creates the ideal black body conditions (emissivity about 1) inside the heating chamber for obtaining high uniformity.
Graphite furnace chambers are easily repairable and suitable expedients can be applied to guarantee a long life. These include applying a sacrificial layer made of CFC or with a graphite laminate, protecting the wafer both against the effects of the high temperature (deformation – expansion), and gas erosion during the load cooling phase. Wafer thickness depends on the maximum operating temperature.
A furnace with this type of heating chamber is the best solution for vacuum treatments.
Vacuum Graphite Furnace Horizontal Type Features:
- Graphite heating element, Max. temperature can be 2200℃.
- The insulation furnace chamber adopts import graphite soft felt and hard felt.
- Furnace shell inner layer is stainless steel, the outer layer is carbon steel, double layers water-cooling structure.
- Furnace door adopt front open and back open, easy to load, and unload material.
- Furnace shell has an observation hole, can see the heating situation in the chamber.
- Adopt a W-Re thermocouple and infrared thermometer to measure temperature, thermocouple goes in and out automatically.
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Technical Parameters
MAX. VACUUM: 0.0667Pa MAX. TEMPERATURE: 2200℃ CAPACITY: 12 ~ 324L FURNACE CHAMBER: Graphite Felt HEATING ELEMENT: Graphite OBSERVATION HOLE: Yes CONTROL: PLC THERMOCOUPLE: W-Re Thermocouple MAX. HEATING RATE: 20°C /min TEMPERATURE ACCURACY: ±1℃ TEMPERATURE UNIFORMITY: ±5℃ Model Heating Zone Temperature Power Voltage JH-GHM-223 200*200*300mm 2200℃ 45kW 380V JH-GHM-334 300*300*400mm 2200℃ 60kW 380V JH-GHM-446 400*400*600mm 2200℃ 90kW 380V JH-GHM-557 500*500*700mm 2200℃ 150kW 380V JH-GHM-669 600*600*900mm 2200℃ 180kW 380V
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