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Zhengzhou Sutong Electric Equipment Co., Ltd.
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150x150x150mm(6x6x6") Laboratory Vacuum Atmosphere Muffle Furnace up to 1600.C
Sample Specifications:
Inside Chamber Size:150x150x150mm (6"x6"x6")
Standard Working Temperature:1500.C ( continuous )
Maximum Working Temperature:1600.C ( < 3 hrs)
Furnace Atmosphere: Nitrogen, Argon and other inert gases
Heating Element :MoSi2 heating elements
Thermocouple:B type
ST-1600MQ furnace can be working under Vacuum, Nitrogen and other inert gases atmosphere situation, which consists of high quality alumina fiber brick and MoSi2 heating elements with chamber of 8"x8"x8", and temperature is controlled by high precision SCR ( Silicon Controlled Rectifier) digital controller with accuracy +/-1 oC and 30 segments programmable up to 1500oC. It is an ideal tool for materials annealing and sintering in your research laboratory.
Main Specifications:
Inside Chamber Size: | 150x150x150mm (6"x6"x6") |
Standard Working Temperature: | 1500.C ( continuous ) |
Maximum Working Temperature: | 1600.C ( < 3 hrs) |
Furnace Atmosphere: | Nitrogen, Argon and other inert gases |
Temperature Control: | 30 steps programmable and PID automatic control |
Heating Rate: | 0~10.C / min (suggestion: < 10.C) |
Temperature Accuracy: | +/- 1.C |
Heating Element: | MoSi2 heating elements |
Working Voltage: | AC 220V Single Phase 60/50 Hz (or according to your requirement) |
Thermocouple | B type |
Furnace structure | Double shell with fan cooling |
Standard Sizes:
Model | Chamber size(WxHxDmm) | Max. Temperature |
ST-1600MQ | 150x150x150mm (6"x6"x6") | 1600.C |
ST-1600MQ | 150x150x200mm (6"x6"x8") | 1600.C |
ST-1600MQ | 200x200x200mm (8"x8"x8") | 1600.C |
ST-1600MQ | 200x200x300mm (8"x8"x12") | 1600.C |
ST-1600MQ | 250x250x300mm (10"x10"x12") | 1600.C |
ST-1600MQ | 300x300x400mm (12"x12"x16") | 1600.C |
Applications:
1.Crystallize;
2.Sintering or Roasting or Forging or calcining;
3.Ashing;
4.Heat treating or Preheating;
5.Quench or Hardening or Austemper
6.Annealing or Tempering or Normalizing
7.melting or smelting
8.Synthesis and degradation or pyrolysis or decomposing