ST-1700MVBL-5 load at the bottom vacuum atmosphere furnace for sintering and melting
USD $11,650 - $12,360 /Set
Min.Order:1 Set
Zhengzhou Sutong Electric Equipment Co., Ltd.
ST-1700MVBL-9 vacuum load at the bottom Furnace for sintering and melting
ST-1600MBL-5 load at the bottom Furnace for sintering and melting
ST-1600MBL-6 load at the bottom Furnace for sintering and melting
ST-1600MBL-7 load at the bottom Furnace for sintering and melting
1600C Laboratory Tube Muffle High Temperature Furnace with Corundum Tube
ST-1700MVBL-5 load at the bottom vacuum atmosphere Furnace for sintering and melting
A- Samples main technical parameters and description:
Main application | Used for melting and sintering under vacuum condition in chemical experiments. |
Inside Chamber Size | 250x250x300mm(10"x10"x12") (W *H*D) |
Standard Working Temperature | 1600.C ( continuous ) |
Maximum Working Temperature | 1700.C ( < 3 hrs) |
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 |
Thermocouple | B type |
Furnace structure | Double shell with fan cooling |
Objective table lifting mechanism | Electric putter (double slide bar) |
Objective table journey | 420mm |
Objective table load capacity | 40Kg |
Working Voltage | AC,400V±10%, 3-Phase,50/60Hz or according to your requirement) |
Rated power | 16KW |
Packing weight | 800Kg |
B- Standard Sizes
Model | Chamber size(WxHxDmm) | Max. Temperature | Rated power |
ST-1700MVBL-1 | 150x150x150mm (6x6x6") | 1700.C | 4.5KW |
ST-1700MVBL-2 | 150x150x200mm (6x6x8") | 1700.C | 6KW |
ST-1700MVBL-3 | 200x200x200mm (8x8x8") | 1700.C | 9KW |
ST-1700MVBL-4 | 200x200x300mm (8x8x12") | 1700.C | 12KW |
ST-1700MVBL-5 | 250x250x300mm (10x10x12") | 1700.C | 16KW |
ST-1700MVBL-6 | 300x300x400mm (12x12x16") | 1700.C | 20KW |
ST-1700MVBL-7 | 350x350x400mm (14x14x16") | 1700.C | 24KW |
ST-1700MVBL-8 | 400x400x400mm (16x16x16") | 1700.C | 30KW |
ST-1700MVBL-9 | 500x500x500mm(20"x20"x20") | 1700.C | 36KW |
ST-1700MVBL-10 | 600x600x600mm(24"x24"x24") | 1700.C | 42KW |
C- ST-1700MVBL-5 load at the bottom Furnace of application
ST-1700MVBL-5 load at the bottom Furnace mainly used in chemical analysis, physical decomposition and synthesis,superhard materials (such as ceramic), Rare and precious metal smelting and purification,metal heat treatment of sintering process research and other scientific experiments. Universities and colleges, scientific research institutes, medical and health, petroleum chemical industry, mining enterprise, quality and technology supervision agencies, and other units laboratory, laboratory are the use of such equipment.
D- ST-1700MVBL-5 load at the bottom Furnace of features
1.Roof of furnace using corundum tube for reinforcement.As shown in figure 1.
2.Heat chamber maximum vacuum degree 0.1MPa..
3.Heating element installed around the perimeter of the heating chamber evenly, can improve the uniformity of furnace temperature.As shown in figure 1.
Figure 1 Figure 2
4.The lifting objective table useing positioning by double slide bar and vertical screw drive, smooth operation,limit accurately, maximum driving load of up to 40 kg.As shown in figure 2.
5.Power supply cabinet useing large Power three-phase power regulator, strong anti-jamming capability, more stable output voltage.As shown in figure 3.
6.Objective table lifting distance is larger, applicable to place larger experimental samples.As shown in figure 4.
Figure 3 Figure 4
7. Objective table base can be installed the diversion hole, the material be melted, can flow from the bottom of the crucible and don't need to open the furnace door, and can directly pouring into the mould.As shown in figure 5.
8. Power cabinets have emergency stop buttons on the control panel, if an emergency occurs, to protect the safety of the furnace.As shown in figure 6.
9.Furnace body installation with multiple gas flow meter, you can easily control the flow of gas into the furnace interior.As shown in figure7.
10. Canbe installed computer communication module and RS485 communication interface, to realize the remote control.
Figure 5 Figure 6 Figure 7