Special medium electromagnetic pumps are used for conveying liquid metal heat carriers in nuclear power and nuclear fusion devices, such as sodium, potassium, gallium-indium-tin, lead-bismuth and other alloys.

National Toll-free Hotline: 400-002-0311

Product Introduction

High-temperature liquid metal transmission electromagnetic pumps are mainly applied in two major fields in the market. The first type is the electromagnetic pump for recycled aluminum recovery, applicable to recycled aluminum melting and casting, quantitative casting and circulating stirring. The second type is the special medium transmission electromagnetic pump, used for conveying liquid metal heat carriers (sodium, potassium, sodium-potassium alloy, lithium-lead, etc.) in nuclear power and nuclear fusion devices.

ECONOMIC BENEFITS OF APPLICATIONS

1. The preheating, drying and melting of aluminum scraps are completed without direct intense flame combustion, reducing metal burning loss by 2-15%.

2. The target recovery rate of waste aluminum scraps is as high as 97-98%.

3. It transforms the intermittent aluminum smelting operation into continuous operation, increasing labor productivity by 30-35% and reducing labor intensity.

4. The melt circulates continuously through the aluminum liquid electromagnetic pump during the whole smelting process, ensuring uniform melt temperature and chemical composition.

5. The vertical shaft feeding mode reduces temperature loss and flue gas leakage compared with traditional door-opening feeding furnaces, optimizing the working environment.

6. Alloy components such as magnesium, silicon and manganese can be added through the vertical shaft without opening the furnace door for composition adjustment.

7. Shorten the melting cycle by 10% and reduce energy consumption.

APPLICATION FIELDS

Application sites of University of Chinese Academy of Sciences, Institute of Engineering Thermophysics Chinese Academy of Sciences, Institute of Plasma Physics Chinese Academy of Sciences, Southwestern Institute of Physics