1700 degree lifting type melting furnaceProduct introduction is a high-temperature energy-saving melting furnace. A crucible is placed inside the furnace, and the prepared melting block material is directly poured into the crucible (used in the glass industry) from the top. It is heated by electricity, and when the temperature rises above 1200 ℃, the melting block becomes molten and flows into the container below through the small hole at the bottom of the crucible (there is a flow hole at the bottom of the crucible, which automatically flows into the container below)
This model1700 degree lifting type melting furnaceUsed for laboratory preparation of melt blocks, low-temperature glass fluxes, enamel glazes, and binders in industries such as ceramics, glass, and enamel. It is an ideal product for powder and ceramic sintering, high-temperature experiments, and quality testing in universities, research institutes, and industrial and mining enterprises. It adopts a double-layer shell structure, a 30 stage program temperature control system, phase-shift triggering, and thyristor control. The furnace is made of alumina polycrystalline fiber material. The furnace has the advantages of temperature field balance, low surface temperature, fast temperature rise and fall rate, and energy saving* The furnace design is durable and long-lasting; Efficient and environmentally friendly; Safe and reliable; The temperature controller is a dual row LED display dial, mainly used for temperature control. It has high temperature control accuracy (plus or minus 1 degree), sensitive response, programmable PID control, deviation, over temperature alarm and power-off protection, and safe and reliable operation.
Detailed technical parameters:
project |
unit |
ASR-1700 |
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Crucible volume |
L |
1.6L |
10L |
18L |
temperature |
℃ |
1000 ℃, 1200 ℃, 1400 ℃, 1600 ℃, 1700 ℃ |
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precision |
≤±1℃ |
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Uniformity |
±5℃ |
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heating element |
Select high-quality resistance wires, silicon carbon rods, and silicon molybdenum rods based on temperature |
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Crucible material |
fused silica |
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feeding method |
Upper feeding (can be equipped with a feeding funnel) |
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Voltage/Frequency |
AC/HZ |
380/50 |
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Rated heating power |
KW |
10 |
18 |
25 |
Temperature control method |
Microcomputer intelligent regulation technology, with PID regulation, fully automatic control, self-tuning functions, multi-stage program programming, and the ability to program various heating, insulation, and cooling programs, with high temperature control accuracy; Integrated module thyristor control, phase shift triggering. |
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Protector |
Independent over temperature protection, over voltage, over current, leakage, short circuit protection, etc. The degree of automation is relatively high, and all indicators have reached an advanced level. |
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Main accessories |
High temperature gloves, crucible pliers, heating element, rod, certificate of conformity, instruction manual, quality assurance certificate. |
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Options |
Paperless recorder, paper recorder, computer LCD touch screen, human-machine interface, communication connection function, multiple devices controlled by one computer, printing and saving data, easy and convenient operation, real-time viewing and saving of data. |
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Note: 1. The above parameters are subject to design changes and will not be notified |