| After-sales Service Provided: | Engineers available to service machinery overseas |
|---|---|
| Warranty: | One year |
| Brand Name: | Sante |
| Usage: | Muffle Furnace |
| Condition: | New |
| Certification: | CE/ISO9001 |
| Dimension(L*W*H): | 230*180*150mm |
| Power(W): | 3kw |
| Voltage: | 220V |
| Model Number: | STM-6-10 |
| Place of Origin: | China (Mainland) |
| Type: | Resistance Furnace |
Quick Details
Specifications
Specifications:
Main fearures:
1. Furnace chamber is made of vacuum-formed Al2O3 ceramic fiber materials, no powder dropping off under high temperature, low heat capacity, and high efficiency of energy saving.
2. Double-layer body structure. Low temperature in outer case.
3. Microcomputer PID control module, enabling precise temperature control and constant temperature requirements.
4. Temperature contrOl with 2 groups/16 segments programmable, and avaiable to set temperature curve.
5. over-temperature alarm: wheN temperature exceeds the limit value, machine will send out a visual audible alarm, and stopheating.
Optional components:
1. A large screen paperless recorder, to achieve real-time temperature curve recorded with a memory card of experimental data analysis and printing.
2. Installation of an air intake, which can feed into air and inert gas. An exhaust chimney connecting stainless steel bellows, so that the generate toxic gas emissions to a specified location.
Reference photos:
| Chamber Size |
180(W)*230(L)*150(H)mm Capacity: 6liters |
| Max. Temperature |
1000c(for short time) |
| Heating Rate | 15~30c/min |
| Heating Element |
High temperature alloy |
| TemperatureControl |
PID automatic control |
| Display Accuracy | 1c |
| Voltage |
AC 208~240V, 50/60Hz |
| Power |
3 kw |
| Thermocouple | K type |
| Standard Accessory | High temperature gloves 1 pair, crucible tong 1pc, Al2O3 sample block 1pc, power line 1pc |
Main fearures:
1. Furnace chamber is made of vacuum-formed Al2O3 ceramic fiber materials, no powder dropping off under high temperature, low heat capacity, and high efficiency of energy saving.
2. Double-layer body structure. Low temperature in outer case.
3. Microcomputer PID control module, enabling precise temperature control and constant temperature requirements.
4. Temperature contrOl with 2 groups/16 segments programmable, and avaiable to set temperature curve.
5. over-temperature alarm: wheN temperature exceeds the limit value, machine will send out a visual audible alarm, and stopheating.
Optional components:
1. A large screen paperless recorder, to achieve real-time temperature curve recorded with a memory card of experimental data analysis and printing.
2. Installation of an air intake, which can feed into air and inert gas. An exhaust chimney connecting stainless steel bellows, so that the generate toxic gas emissions to a specified location.
Reference photos: