Bottom lifting high temperature furnace is a high temperature sintering industrial furnace used in periodic, small batch production and pilot workshop. Bottom lifting high temperature furnace is widely used in powder metallurgy, electronic ceramics, new building materials, refractory materials, ceramic crafts, special materials, nano materials, new material research and development and other fields.
The bottom lifting high temperature furnace is a high temperature sintering industrial furnace used in periodic, small batch production and pilot workshops.
The bottom lifting high temperature furnace is widely used in powder metallurgy, electronic ceramics, new building materials, refractory materials, ceramic crafts, special materials, nanomaterials, new materials research and development and other fields.
For products to be sintered that are large in volume or heavy in weight, loading will be more troublesome, so it is recommended to use this type of high temperature furnace for sample sintering tests.
It is also suitable for samples that are small but need to be sintered through multi-layer loading.
This type of high temperature furnace can adopt two modes of top lifting or bottom lifting according to actual needs.
One work trolley is standardly configured when leaving the factory. It can also be equipped with two or more trolleys for alternating use according to needs.
The furnace is heated on all four sides, and the furnace temperature is very uniform; high-quality furnace materials and stable temperature control systems can ensure the reliable quality of sintered products;
Using new high-purity alumina ceramic materials as furnace materials, the maximum operating temperature can reach 1200℃, 1400℃, 1600℃, and 1700℃.
The temperature controller adopts AI intelligent control module to achieve precise temperature control and constant temperature requirements.
It can realize the functions of remote monitoring of high-temperature furnace operation, abnormal alarm, shutdown, etc. through mobile phone APP.
The cooling system can be controlled, and it is equipped with manual/automatic exhaust holes for debinding and organic volatilization, which can be adjusted according to different process requirements.
|
Specifications |
Maximum Operating Temperature(℃) |
Furnace Size: Depth-Width-Height(mm) |
Capacity(L) |
Remark |
|
HTF-I-60 |
1400/1600/1700 |
500-400-300 |
60 |
Ordering Instructions: Temperature Controller: Y—Intelligent Temperature Controller A—LCD Touch Screen Door Opening Method: D—Bottom/Top Lifting Type C—Trolley/Drawer Type |
|
HTF-I-96 |
1400/1600/1700 |
600-400-400 |
96 |
|
|
HTF-I-54 |
1400/1600/1700 |
600-300-300 |
54 |
|
|
HTF-I-72 |
1400/1600/1700 |
800-300-300 |
72 |
|
|
HTF-I-120 |
1400/1600/1700 |
800-500-300 |
120 |
|
|
HTF-I-160 |
1400/1600/1700 |
800-500-400 |
160 |
|
|
HTF-I-190 |
1400/1600/1700 |
800-600-400 |
190 |
|
|
HTF-I-125 |
1400/1600/1700 |
800-400-400 |
125 |
|
|
HTF-I-250 |
1400/1600/1700 |
1000-500-500 |
250 |
|
|
HTF-I-500 |
1400/1600/1700 |
1200-600-600 |
500 |
Model example: HTF-I-60/16-DY: HEATEST furnace—Industrial furnace—Capacity/maximum operating temperature—Bottom lifting*Intelligent instrument control
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