|
Maximum Temperature |
1700°C |
|
Standard Heating Zone Length (mm) |
350 |
|
Chamber Size (mm) |
40*350 |
|
Standard Tube Diameter (mm) |
∮40 |
|
Total Length of Furnace Tube (mm) |
1200 |
|
External Size |
794×590×800 |
|
Working Temperature (℃) |
≤1550 |
|
Heating Rate |
0 ~ 20℃/min |
|
Temperature Accuracy (℃) |
±1 |
|
Temperature Uniformity (℃) |
±5 |
|
Furnace Tube Material |
Corundum Tube |
|
Heating Element |
MoSi₂ Heating Rod |
|
Thermocouple Type |
B Type |
|
Chamber Material |
Alumina Ceramic Fiber |
|
Power Supply |
AC 220V, 50Hz/60Hz |
|
Package Dimensions |
870×750×1220 |
|
Net Weight |
150kg |
|
Gross Weight |
180kg |
- ➤ Touch-Safe Design
- ➤ 1700°C maximum operating temperature
- ➤ PID automatic control via current limiting phase angle fired resistor
- ➤ 30 segments “time temperature curve” can be set arbitrarily
- ➤ The tube furnace uses high-purity quartz or alumina tubes as furnace tubes
- ➤ The furnace tubes are designed to be installed horizontally
- ➤ The temperature zone is designed to be single zone
- ➤ Used for high-temperature material synthesis, sintering, annealing, calcination, and crystal growth in ceramics, metals, semiconductors, and advanced material research
- ➤ Touch screen (with USB interface)
- ➤ Computer connection software, control equipment (RKC, 16-segment program + interface + software)
- ➤ Safety interlock (power-off function when door is opened)
- Touch-Safe Design
- 1700°C maximum operating temperature
- PID automatic control via current limiting phase angle fired resistor
- 30 segments “time temperature curve” can be set arbitrarily
- The tube furnace uses high-purity quartz or alumina tubes as furnace tubes
- The furnace tubes are designed to be installed horizontally
- The temperature zone is designed to be single zone
- Touch screen (with USB interface)
- Computer connection software, control equipment (RKC, 16-segment program + interface + software)
- Safety interlock (power-off function when door is opened)
Used for high-temperature material synthesis, sintering, annealing, calcination, and crystal growth in ceramics, metals, semiconductors, and advanced material research
