Developed for small alloy melting furnaces, our electromagnetic stirring alloy holding furnace integrates melting holding and electromagnetic stirring functions. It supports a maximum holding temperature of 1300℃ and a furnace capacity of up to 1500kg.

National Toll-free Hotline: 400-002-0311

 Product Introduction

1. Adopt electric radiation or gas heating mode.

2. The furnace body is formed by integral pouring process.

3. Integrated melting and heat preservation function.

4. Adopt non-contact electromagnetic stirring technology.

5. Can be equipped with electromagnetic ultrasonic testing, degassing and refining functions.

6. The furnace body is tiltable and movable.

PRODUCT APPLICATION ADVANTAGES

1. Electromagnetic stirring accelerates heat release and changes melt flow patterns, effectively inhibiting columnar crystal growth and refining grains into equiaxed structures. It optimizes precipitate morphology, reduces macro and micro segregation, increases crystal nuclei and uniformizes temperature, enhancing grain refinement effect in a large solidification range. Stirring during crystallization brings more significant optimization effects. The relative deviation of chemical composition of the whole furnace melt can be controlled within 10%.

2. Greatly shorten the melting cycle.

3. Stirring operation can be completed with the furnace door closed, reducing heat loss and improving heating efficiency. It shortens heating and melting time, reduces oxide slag generation and greatly improves furnace working efficiency. Mass application data shows that electromagnetic stirring shortens melting time by more than 20%, reduces fuel consumption by 10-15% and increases productivity by 15-30%.

4. Electromagnetic stirring enables the melt to meet process standards in a short time with full stirring effect. It significantly reduces the entrapment of metal droplets in slag layers and shortens the air exposure time of molten liquid, increasing metal yield and reducing slag generation by 15-30%.

5. Greatly shorten the homogenization time of temperature and composition, and improve the overall uniformity of the melt.

6. Suitable for the R&D and production of various aluminum-based alloys.