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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
Industry Medium-Frequency Induction Furnace
The hydrogen protection sintering furnace is heated by induction in a hydrogen atmosphere, and uses the eddy current generated by electromagnetic induction as a heat source (electrical energy is converted into heat) to make the tungsten crucible in the coil generate high temperature, which is conducted to the workpiece through thermal radiation, thus in the powder metallurgy process Sintering the metal in the process. At the same time of heating, hydrogen can also reduce and purify the workpiece. This equipment is widely used in the powder molding and sintering industry of refractory metals such as tungsten, molybdenum and their alloys in enterprises, scientific research, and military units.
The hydrogen protection sintering furnace is heated by induction in a hydrogen atmosphere, and uses the eddy current generated by electromagnetic induction as a heat source (electrical energy is converted into heat) to make the tungsten crucible in the coil generate high temperature, which is conducted to the workpiece through thermal radiation, thus in the powder metallurgy process Sintering the metal in the process. At the same time of heating, hydrogen can also reduce and purify the workpiece. This equipment is widely used in the powder molding and sintering industry of refractory metals such as tungsten, molybdenum and their alloys in enterprises, scientific research, and military units.
Performance characteristics:
1. The sintered product has uniform density, fine grains and low oxygen content.
2. High production efficiency and low sintering cost.
3. Fully automatic control, simple operation, automatic control by infrared temperature measurement and thermocouple continuous temperature measurement signal, and can be used continuously below 2300℃.
4. Multiple safety protections, real-time monitoring, explosion-proof devices, water shortage alarm devices, etc. are installed.
|
Model |
Working zone (mm) |
Maximum temperature (℃) |
Temperature uniformity(℃) |
Temperature accuracy (℃) |
Application temperature(℃) |
Heating power (kw) |
|
JHB-06010 |
φ600*1000 |
2300 |
≤10 |
≤±1 |
2250 |
300 |
|
JHB-06511 |
φ650*1100 |
2300 |
≤10 |
≤±1 |
2250 |
400 |
|
JHB-06513 |
φ650*1300 |
2300 |
≤10 |
≤±1 |
2250 |
450 |
|
JHB-08012 |
φ800*1200 |
2300 |
≤10 |
≤±1 |
2250 |
500 |
|
JHB-08515 |
φ850*1500 |
2300 |
≤10 |
≤±1 |
2250 |
750 |
|
JHB-10036 |
φ1000*3600 |
2300 |
≤10 |
≤±1 |
2250 |
900 |
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