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Whatapp:
Address:Room 1505, Building 9, No. 26 Dongqing Street, Zhengzhou High-tech Industrial Development Zone
Tel Number
180-3717-8440
Introduction:
Trolley furnaces are a staple of modern heat treatment workflows, featuring a furnace lining crafted from premium imported alumina polycrystalline fiber via vacuum adsorption technology—this advanced material cuts energy consumption by up to 50%. High-temperature silicone rubber ensures airtight sealing for both the furnace door and top, with the door integrated with a dedicated water-cooling system for thermal stability. The furnace body is configured with gas inlet, outlet, and vacuum ports, enabling compatibility with protective gases like hydrogen, argon, and nitrogen, alongside a pre-vacuum function that achieves a vacuum pressure of 0.1 MPa. Its box-type structure streamlines workpiece loading and unloading, while the simplified operational design obviates the need for intricate procedures or specialized technical personnel, effectively lowering operational complexity and labor costs. Complemented by an intuitive touch screen control interface, operators can effortlessly set key parameters (temperature, duration, atmosphere type) and monitor real-time furnace performance. Select models further support remote monitoring capabilities, enhancing operational convenience and flexibility. As such, these furnaces stand as the preferred experimental and production equipment for research institutions, universities, and industrial enterprises alike.
Applications:
Trolley furnaces are versatile heat treatment solutions deployed extensively across the following domains:
Sintering: Specialized in material sintering, heat treatment, and analytical testing—applicable to magnetic materials, powder metallurgy, rare earth elements, and precious metal sintering processes.
Heat Treatment: Facilitates annealing, tempering, and other thermal processes for metals and alloys under controlled atmospheric conditions; also supports precision annealing and microcrystallization of glass, as well as crystal precision annealing.
Electronics Industry: Critical for electronic component fabrication, semiconductor material preparation, and the curing of electronic packaging materials.
Nanomaterials: The synthesis of nanomaterials demands stringent reaction environments. Trolley furnaces deliver stable atmospheric control and high-precision temperature regulation, creating optimal conditions for nanomaterial synthesis and crystal growth.
Ceramic Materials: Used in sintering electronic ceramics and high-temperature structural ceramics, plus ceramic glaze preparation. By regulating furnace atmosphere, it is possible to modulate interfacial reactions between composite material components, thereby enhancing overall material performance.
Parameters:
Trolley furnaces are a staple of modern heat treatment workflows, featuring a furnace lining crafted from premium imported alumina polycrystalline fiber via vacuum adsorption technology—this advanced material cuts energy consumption by up to 50%. High-temperature silicone rubber ensures airtight sealing for both the furnace door and top, with the door integrated with a dedicated water-cooling system for thermal stability. The furnace body is configured with gas inlet, outlet, and vacuum ports, enabling compatibility with protective gases like hydrogen, argon, and nitrogen, alongside a pre-vacuum function that achieves a vacuum pressure of 0.1 MPa. Its box-type structure streamlines workpiece loading and unloading, while the simplified operational design obviates the need for intricate procedures or specialized technical personnel, effectively lowering operational complexity and labor costs. Complemented by an intuitive touch screen control interface, operators can effortlessly set key parameters (temperature, duration, atmosphere type) and monitor real-time furnace performance. Select models further support remote monitoring capabilities, enhancing operational convenience and flexibility. As such, these furnaces stand as the preferred experimental and production equipment for research institutions, universities, and industrial enterprises alike.
Applications:
Trolley furnaces are versatile heat treatment solutions deployed extensively across the following domains:
Sintering: Specialized in material sintering, heat treatment, and analytical testing—applicable to magnetic materials, powder metallurgy, rare earth elements, and precious metal sintering processes.
Heat Treatment: Facilitates annealing, tempering, and other thermal processes for metals and alloys under controlled atmospheric conditions; also supports precision annealing and microcrystallization of glass, as well as crystal precision annealing.
Electronics Industry: Critical for electronic component fabrication, semiconductor material preparation, and the curing of electronic packaging materials.
Nanomaterials: The synthesis of nanomaterials demands stringent reaction environments. Trolley furnaces deliver stable atmospheric control and high-precision temperature regulation, creating optimal conditions for nanomaterial synthesis and crystal growth.
Ceramic Materials: Used in sintering electronic ceramics and high-temperature structural ceramics, plus ceramic glaze preparation. By regulating furnace atmosphere, it is possible to modulate interfacial reactions between composite material components, thereby enhancing overall material performance.
Parameters:
| Model | KJ-A1000-2160CS |
| Door Design | Vertical sliding (pneumatic cylinder) |
| Max. temperature | 1000℃ |
| Max working temperature | 600℃(continuously) |
| Heating Rate | 0~20℃/min(suggest 0~10C/min) |
| Thermal Control Accuracy | +/- 1℃ |
| Chamber Size | W1200 *H1200*L1500mm |
| Tray size | W1000 *H1000*L1000mm |
| Heating Element | Resistance wire (top, left, right) |
| Thermal Couple | N type temperature control thermocouple + monitor thermocouple |
| Insulation Material | Alumina fibers |
| Temperature controller | Independent controller cabinet； 10 inch touch screen； PID automatic control via SCR power control; 16 programs with 30 steps programmable; Over temperature protection and alarm. |
| Gas system |
N₂ or other inert gas injection and air circulating system for temperature maintenance. |
| Tray system | Rotary drum with open/close door |
| Cooling zone | Chamber size: W1200 *H1200*L1500mm With N type monitor thermocouple |
| Transfer system | With tray transfer system |
| Safety system | Over temperature and thermocouple break alarm; Equip the system with an automatic stop and emergency alarm in case of operational errors. |
| Products can be customized according to customer needs. | |
