Cooling Time ≤10-14H High Vacuum Furnace Temp Uniformity Difference ≤ ± 7℃
Description
This silicon carbide vacuum sintering furnace is ideally suited for debinding and sintering non-metal ceramic and silicon carbide products. Quality, efficiency and reliability are just a few of the outstanding attributes that have allowed Ruideer to become the premier supplier of sintering furnaces.
Feature :
1. High automatic, it can be fully automation with the furnace model simulation display and real-time display device when running.
2.Very safe, with sound-light alarm when over-temperature, sensor burnout, over pressure of furnace and water, water flow, water temperature is too high .
3. It can be equipped with a built-in or external fast-cooling system,improving the working efficiency
4. Energy-saving, special made coil and insulation structure, power output stability, high electrical efficiency.
Technical parameters:
| Usable space (mm) |
500 × 500 × 1800 |
| Max. working temperature (°C) |
1800 |
| Vacuum leakage rate (Pa/h) |
≤ 3 (average rate in cold, empty and dry chamber for 24 hours) |
| Vacuum pump |
Slide-valve pump, roots-type pump, oil diffusion pump (imported or domestic pump is available as per customer requirements) |
| Temp. uniformity |
Temp. difference ≤±7℃ |
| Temp. measurement mode |
WRe5/26 thermocouple |
| Cooling time (h) |
≤10 - 14 |
| Degree of vacuum (pa) |
3.0 × 10-3 |
| Function |
Vacuum sintering, atmosphere sintering, rapid cooling |
| Heating power (KVA) |
320 |
Applications: For Non-metal ceramic, Precision Ceramic, Life ceramics, Industrial ceramics, Sic carbide
Technical Advantages
1. This SiC sintering furnace adopts patented dual dewaxing outlet structure (patent No.: ZL2013 2 0422916.7). Compared with single dewaxing outlet design of other brands, our high vacuum sintering furnace enjoys better atmosphere uniformity when sinters ultra-fine cemented carbide with low cobalt.
3. Our patented dual fast-cooling structure (patent No.: ZL2013 2 0422878.5), compared with single fast-cooling structure of other companies, helps effectively improve the efficiency of the SiC sintering furnace.
4. Newly-designed dewaxing system with additional gas distribution pipe (patent No.: ZL2013 2 0471657.7) allows enhanced atmosphere uniformity (97%) during the dewaxing process.
5. We adopt tapered sealing structure (patent No.: ZL2013 2 0422133.9) on both ends of the sintering chamber for improved sealing effect of furnace door, less heat loss, and ease of replacement and maintenance.
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Cooling Time ≤10-14H High Vacuum Furnace Temp Uniformity Difference ≤ ± 7℃ Images
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