
Model: KTF12-A
Usage: Sintering under vacuum or atmospheric protection, CVD film experiments, etc.
Dimensions: 630×470×610 mm
Features: It integrates the control system with the furnace chamber, featuring a sleek and elegant design, with the furnace chamber being easily accessible for opening.
1. The 1200℃ open-type vacuum tube furnace not only evacuates the vacuum but also allows for gas protection. Its design facilitates easy disassembly of the furnace tube, with simple operation. Users can directly remove the sealed chamber from the furnace to accelerate the cooling process. The transparent quartz tube chamber allows for a direct observation of the sintering state of the sample.
2. Equipped with an in-built current-voltage meter, featuring intuitive display.
3. Six heating wire groups are evenly distributed inside the circular furnace, ensuring a uniform temperature field.
Product Specifications:
| Product Name: | 1200°C Single-zone Vacuum Tube Furnace |
| Furnace Material: | High-purity alumina fiber |
| Heating Element: | Molybdenum-alloyed iron-tin aluminum heating wire |
| Ultimate Temperature: | 1200℃ |
| Continuous Operating Temperature: | ≤1150℃ |
| Rise Rate: | ≤20℃/min (Suggested: 10℃/min) |
| Temperature Zone Length: | 440mm |
| Room Temperature Zone: | 260mm |
| Boiler Tube Size: | High-purity quartz tubes: Φ50*1000, Φ60*1000, Φ80*1000, Φ100*1000mm |
| Sealing Method: | Stainless Steel Vacuum Flange |
| Air Tightness: | High airtightness up to 9.8×10-4 Pa for vacuum flanges and quartz furnace tubes |
| Temperature Control Method: | Smart PID 30-step temperature control, with overcurrent protection, over-temperature, and open-circuit alarm features |
| Temperature Control Accuracy: | ±1℃ |
| Power Supply: | 220V 50Hz |
| Total Power Output: | 3.5KW |
| Standard Accessories: | 1 quartz tube, 1 set of stainless steel sealed flange, 6 silicone sealing rings, 2 alumina tube caps, 1 pair of high-temperature gloves, 1 furnace hook, 1 crucible tongs, 1 quartz boat, 1 manual. |
| Dimensions: | 630×470×610 mm |





