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Research type ultra-high temperature resistance furnace

Research type ultra-high temperature resistance furnace

Technical index

Furnace size: 160*150*150

Furnace volume: 3.6L

Design temperature: design temperature 400°C-1700°C/long-term use temperature 1200°C-1600°C

Temperature control accuracy: ±1°C

Heating rate: ≤60°C/min

Instrument type: color touch screen, 60 programs

Heating element: U-shaped silicon molybdenum rod

Working voltage: AC220V/50Hz

Power: 4Kw

Dimensions: 590*620*900

High-temperature electric furnaces have played an important role in today’s society. With the development of science and the progress of society, people have higher and higher requirements for working and living environments. High-temperature electric furnaces will gradually replace gas furnaces and coal-heated furnaces and become the new favorite of the industrial furnace industry. So what are the advantages of the high-temperature electric furnace compared with the previous furnace type, today we will briefly analyze it.

First of all, the high-temperature electric furnace heats the furnace after the heating element is electrically connected, thereby heating the objects in the furnace. Its heating speed is high, the temperature control accuracy is high, the electric furnace has good insulation performance, heat is not easily dissipated, high thermal efficiency, and anti-interference. When the temperature is high, the temperature of the furnace wall is close to room temperature, which greatly improves the working environment of the operators. The high-temperature electric furnace has less pollution and is more suitable for environmental protection standards. The operation of the high-temperature electric furnace is simple and convenient. The design of the high temperature electric furnace is simpler and the floor space is small.

In addition to the above advantages, high-temperature electric furnaces have many potential advantages waiting for us to discover and study. In general, high-temperature electric furnaces will occupy a very important position in future industrial production and laboratory research.