Molybdenum Furnace
Reference:
Manufacturer: Across International
- Annealing and sintering operations
- Material treatment
- Sintering in high-temperature atmospheres
- Refinement of high-purity metals and alloys
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A molybdenum vacuum furnace represents a specialized form of high-temperature heat treatment furnace that is used across diverse industrial sectors. Known for its superior vacuum performance, high temperature stability, effective heat transfer and high durability, this furnace is a fit for applications where there is need for high purity and vacuum standards. By using molybdenum as its heating element, it creates a vacuum environment that shields heated materials from environmental contamination.
Here are some applications the furnace can be used for
- Annealing and sintering operations
- Material treatment
- Sintering in high-temperature atmospheres
- Refinement of high-purity metals and alloys
- Heat treatment processes
- Sapphire crystal growth
- High-temperature experiments
Model | AIVMF-15-15 |
| Feature | Compact design, Molybdenum heat shield to keep temperature uniform, No sample contamination concerns. Cold trap is included to protect pump, Optional upgrade with Turbo pump to 8*10-4Pa vacuum level. |
Max Power | 15KW |
Maximum Working Temperature | 1500℃ |
Constant Working Temperature | 1400℃ |
Effective Heating Zone | Dia100X100 |
Heat Preservation Method | Molybdenum, Stainless steel heat shield |
| Temperature-controlled Mode | Shimadem programmed temperature controller FP93(Standard) Eurotherm temp controller optional 3504 1、30 PID segments program temperature control. 2、Over-temp protection and thermocouple malfunction protection. Power-off protection to start the furnace from the last temperature before the power outage. 3、485 communication interfaces |
Chamber | Effective Heating Zone Dia100X100mm |
ChamberVacuum Level (Diffusion Pump Unit) | < 5X10 -3Pa |
Chamber Inflation Pressure | < 0.05MPa |
Pressure Increase Rate | <4Pa/hr |
Thermocouple Protection and display | Yes |
Over-temperature Protection | Yes |
Overcurrent Protection | Yes |
Undervoltage Protection (water pressure) | Yes |
Control Accuracy | +/- 1 ℃(600℃ and above) |
Temperature Detection Method | B type thermocouple |
Maximum Heating Rate | < 20℃/Min |
Water-Cooled Vacuum Chamber | Yes |
Chiller (optional) | 5P |
Unit input voltage | 460V /220V |
Bellows | KF40X1000 |
Vacuum baffle valves | KF40 |
Molecular Pump Model | FF-160 |
Input Voltage | 220V |
Molecular Pump Inlet Flange | DN160 |
| Molecular Pump Pumping RateL/S(To air) | 600 |
Molecular Pump Ultimate Pressure(Pa) | 6×10-7 |
Cooling Method | Water-cooled |
Cooling Water Pressure(MPa) | 0.1-0.2 |
Cooling Water Temperature | <25℃ |
Ambient Temperature | 0~40℃ |
Suggested Start Pressure | 10pa |
Model | BSV30 |
Voltage | 460V |
Rotate Speed | 1420rpm |
Intake OD | KF25/KF40 |
| Roughing Pump pumping rate(L/S) | 8 |
Ultimate Pressure | 5X10 -1Pa |
Voltage | 220V |
Power | 1800W |
Gas Inlet Port | DN200 |
Gas Outlet Port | DN40 |
Injected Oil | 0.55L |
Pumping Rate(N2) | 2000L/S |
| Composite Gauge Model | ZDF |
Power Supply | 220V 55W |
Control Accuracy | ± 1% |
Vacuum Gauge Measuring Range | 10-5 -10 5 Pa |
Device Model | 05A |
Total Power | 5.9KW |
Cooling Capacity | 13.6KW |
Power Supply | 460V/60Hz |
Dimensions | 1150×520×1140mm |
Weight | 180Kg |





















