Product Description
The SK2 series vacuum tube-type high temperature sintering furnace integrates the control system and the furnace chamber. The furnace lining uses vacuum formed high-purity alumina ceramic fiber material, and uses resistance wire / silicon carbide rod / silicon molybdenum rod as the heating element. The furnace tube traverses the middle of the furnace body as the furnace chamber. The two ends of the furnace tube are sealed with stainless steel flanges. The workpiece sample is heated in the furnace tube. The heating element is parallel to the furnace tube and is evenly distributed outside the furnace tube to effectively ensure the uniformity of the temperature field.
Application
Tube-typed furnaces are mainly used in metallurgy, glass, heat treatment, lithium battery positive and negative materials, new energy, abrasive tools and other industries, and are professional equipment for measuring materials under certain temperature conditions. The furnace has simple structure, and is easy to operate and control, and capable of continuous production.
Advantages
SK2 series (1200ºC /1400ºC /1700ºC) tube-type furnace has the following advantages:
1. 30-segment intelligent temperature control regulator, PID control, temperature control accuracy ±1 degree.
2. The temperature upper limit alarm can be set, and the main circuit can be automatically cut off when the temperature exceeds the upper limit.
3. High-purity alumina ceramic fiber is used as the furnace chamber material, which has good thermal insulation effect. The furnace tube can be quartz tube / stainless steel tube / corundum tube according to the temperature.
4. Single temperature zone, double temperature zone, three temperature zone and five temperature zone can be customized according to customer requirements.
5. Using KF flange, which has good sealing performance and high vacuum.
6. With RS232 interface, it can communicate with computer (optional).
Product Parameters
1200ºC tube-type furnace
| Model |
Highest temperature(ºC) |
Chamber size(mm) |
Input power/power(V/KW) |
| SK2-2-12TPA2 |
1200ºC |
Φ40x205 |
220V/2KW |
| SK2-3-12TPB2 |
1200ºC |
Φ60x205 |
220V/3KW |
| SK2-5-12TPC2 |
1200ºC |
Φ80x205 |
220V/5KW |
| SK2-5-12TPD2 |
1200ºC |
Φ100x205 |
220V/5KW |
| SK2-3-12TPA3 |
1200ºC |
Φ40x350 |
220V/3KW |
| SK2-4-12TPB3 |
1200ºC |
Φ60x350 |
220V/4KW |
| SK2-5-12TPC3 |
1200ºC |
Φ80x350 |
220V/5KW |
| SK2-6-12TPD3 |
1200ºC |
Φ100x350 |
220V/6KW |
| SK2-4-12TPA4 |
1200ºC |
Φ40x440 |
220V/4KW |
| SK2-4-12TPB4 |
1200ºC |
Φ60x440 |
220V/4KW |
| SK2-6-12TPC4 |
1200ºC |
Φ80x440 |
220V/6KW |
| SK2-7-12TPD4 |
1200ºC |
Φ100x440 |
220V/7KW |
1400ºC tube-type furnace
| Model |
Highest temperature(ºC) |
Chamber size(mm) |
Input power/power(V/KW) |
| SK2-2-14TPA2 |
1400ºC |
Φ40x205 |
220V/2KW |
| SK2-4-14TPB2 |
1400ºC |
Φ60x205 |
220V/4KW |
| SK2-5-14TPC2 |
1400ºC |
Φ80x205 |
380V/5KW |
| SK2-6-14TPD2 |
1400ºC |
Φ100x205 |
380V/6KW |
| SK2-3-14TPA3 |
1400ºC |
Φ40x350 |
220V/3KW |
| SK2-5-14TPB3 |
1400ºC |
Φ60x350 |
220V/5KW |
| SK2-6-14TPC3 |
1400ºC |
Φ80x350 |
380V/6KW |
| SK2-7-14TPD3 |
1400ºC |
Φ100x350 |
380V/7KW |
| SK2-4-14TPA4 |
1400ºC |
Φ40x440 |
220V/4KW |
| SK2-5-14TPB4 |
1400ºC |
Φ60x440 |
220V/5KW |
| SK2-7-14TPC4 |
1400ºC |
Φ80x440 |
380V/7KW |
| SK2-8-14TPD4 |
1400ºC |
Φ100x440 |
380V/8KW |
1700ºC tube-type furnace
| Model |
Highest temperature(ºC) |
Chamber size(mm) |
Input power/power(V/KW) |
| SK2-3-17TPA2 |
1700ºC |
Φ40x205 |
220V/3KW |
| SK2-4-17TPB2 |
1700ºC |
Φ60x205 |
220V/4KW |
| SK2-6-17TPC2 |
1700ºC |
Φ80x205 |
380V/6KW |
| SK2-7-17TPD2 |
1700ºC |
Φ100x205 |
380V/7KW |
| SK2-4-17TPA3 |
1700ºC |
Φ40x350 |
220V/4KW |
| SK2-5-17TPB3 |
1700ºC |
Φ60x350 |
220V/5KW |
| SK2-7-17TPC3 |
1700ºC |
Φ80x350 |
380V/7KW |
| SK2-8-17TPD3 |
1700ºC |
Φ100x350 |
380V/8KW |
| SK2-5-17TPA4 |
1700ºC |
Φ40x440 |
220V/5KW |
| SK2-6-17TPB4 |
1700ºC |
Φ60x440 |
220V/6KW |
| SK2-9-17TPC4 |
1700ºC |
Φ80x440 |
380V/9KW |
| SK2-10-17TPD4 |
1700ºC |
Φ100x440 |
380V/10KW |
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