Main functions and features
- The furnace chamber is made of high-quality 1700 type alumina polycrystalline fiber inorganic materials formed by vacuum adsorption with Japanese technology. It has good insulation performance, high tensile strength, no impurities, and high purity. The inner surface of the furnace is coated with imported 1700 degrees high temperature heat insulation. The thermal insulation coating can improve the reflectivity and heating efficiency of the furnace, and at the same time extend the service life of the furnace, and the energy-saving effect is obviously better than that of domestic fiber materials;
- The heating element adopts high-quality silicon molybdenum rod, which has a long service life;
- Adopting the built-in furnace design, after strict thermal calculation, the furnace is equipped with breathing holes, which can reduce the shrinkage of the furnace and prolong the service life of the furnace;
- The left-open furnace door has the function of opening the door and cutting off power to ensure the safety of experimental operation;
- Reserve pores, so the volatilized gas from sintering during the experiment can be easily discharged;
- The data conversion interface is reserved, with the software, and the computer is interconnected, which can realize the remote control, real-time tracking, historical record, output report and other functions of a single or multiple electric furnaces;
- With over-temperature alarm and power-off function and leakage protection measures, the operation is safe and reliable.
SPECIFICATIONS
| Product number |
MF3-1207 |
|
Furnace size |
300*200*120mm (depth*width*height) |
|
Size and weight |
Equipment: 600*450*600mm; 65kg Packing: 740*620*810mm; 85kg |
|
Machine power |
AC220V, 50/60Hz; rated power 3kw |
|
Furnace structure |
Double shell structure |
|
Furnace material |
High-quality aluminum oxide polycrystalline fiber curing furnace made by vacuum adsorption formed by Japanese technology |
|
Furnace door structure |
Open the door on the left |
|
Temperature Control System |
The temperature control system adopts artificial intelligence adjustment technology, has PID adjustment, self-tuning functions, and can program 30 steps of temperature rise and fall |
|
Display mode |
Program; temperature control accuracy ±1°C |
|
heating method |
Instrument panel display |
|
Temperature measurement method |
High-quality alloy wire 0Cr27Al7Mo2, heating on the left and right sides |
|
Operating temperature |
N-type thermocouple, temperature measurement directly behind |
|
Heating rate |
Maximum temperature 1200°C, continuous working temperature ≤1150°C |
|
Cooling speed |
Recommended ≤10°C/min, the fastest heating rate is 30°C/min |
|
Executive standard |
Above 700°C≤10°C/min |
|
Standard configuration |
GB/T 10066.1-2004, GB/T 10067.4-2005 |
|
Optional |
1 host, 1 crucible tongs, 1 pair of high temperature gloves, 1 copy of manual, certificate, and warranty card |
STANDARD CONFIGURATION
| Name |
Components |
Brand/Specification/Model |
Qty |
|
Furnace |
Furnace shell |
/ |
1 |
|
Furnace and heating element |
/ |
1 |
|
|
Thermocouple |
N |
1 |
|
|
Temperature control instrument |
Uden |
1 |
|
|
power cable |
/ |
1 |
|
|
Document class |
Certificate of conformity |
/ |
1 |
|
user’s manual |
/ |
1 |
|
|
Warranty Card |
/ |
1 |
SPARE PARTS
| NO. |
NAME |
QTY |
UNIT |
|
1 |
High temperature insulation gloves |
1 |
Pair |
|
2 |
Crucible tongs |
1 |
pc |
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