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Electric Furnace Charging Machine

Electric Furnace Charging Machine: Core Functions and Applications
The electric furnace charging machine is mainly used for the automatic charging of ferroalloy electric furnaces. It uniformly conveys raw materials into the furnace chamber through mechanical devices, replacing the traditional manual charging method. Its core functions include the following:
Uniform Charging
Through the rotating chassis and steerable tire traveling mechanism, the machine distributes furnace materials evenly across the cross-section of the furnace chamber, avoiding local accumulation or segregation and ensuring uniform heating of the combustion surface.
Improving Working Environment
By replacing manual operations with mechanical charging, it reduces labor input and lowers the risk of workers being exposed to harmful environments such as high temperatures and dust.
Protecting Material Integrity
It avoids damage to raw materials such as semi-coke (blue coke) caused by traditional chute charging, and reduces fluctuations in the economic indicators of the electric furnace due to material crushing.
Enhancing Production Efficiency
By optimizing the material distribution trajectory and control system, it reduces ignition waste caused by furnace material segregation, thereby indirectly improving smelting efficiency.

Quantity:
Discharge radius:	16m
Pipeline diameter:	125mm
Motor power:	3Kw
Availability:





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Brand:
INNOVAKE

Product Description

Electric Furnace Charging Machine: Core Functions and Applications

The electric furnace charging machine is mainly used for the automatic charging of ferroalloy electric furnaces. It uniformly conveys raw materials into the furnace chamber through mechanical devices, replacing the traditional manual charging method. Its core functions include the following:

Uniform Charging

Through the rotating chassis and steerable tire traveling mechanism, the machine distributes furnace materials evenly across the cross-section of the furnace chamber, avoiding local accumulation or segregation and ensuring uniform heating of the combustion surface.

Improving Working Environment

By replacing manual operations with mechanical charging, it reduces labor input and lowers the risk of workers being exposed to harmful environments such as high temperatures and dust.

Protecting Material Integrity

It avoids damage to raw materials such as semi-coke (blue coke) caused by traditional chute charging, and reduces fluctuations in the economic indicators of the electric furnace due to material crushing.

Special Equipment for Electric Furnace Hearth Repair

This equipment is a dedicated device used to repair the electric furnace hearth (for steelmaking) when erosion occurs during operation. It has the following characteristics and advantages:

Easy Mobility: Convenient to move, adapting to different working positions around the electric furnace.
Rapid Material Spreading: Enables fast spreading of repair materials, significantly improving operation efficiency.
High Work Efficiency: Streamlines the repair process, reducing downtime compared to traditional methods.
Omni-Directional Material Spreading: Covers the furnace inner wall without any spreading dead angles, ensuring no area is left unrepaired.
Uniform Repair Material Thickness: After repair, the thickness of the filler on the furnace inner wall is even, laying a solid foundation for stable subsequent furnace operation.
Strong Adhesion: The repair material bonds tightly to the furnace inner wall, preventing peeling or detachment during high-temperature use.
Long Service Life: The repaired area maintains good performance for an extended period, reducing the frequency of re-repair.

In particular, it delivers excellent repair results for the electric furnace slag line area (a key part prone to severe erosion). It is an indispensable dedicated equipment for repairing the inner wall of electric furnaces in iron and steel enterprises.

Enhancing Production Efficiency

By optimizing the material distribution trajectory and control system, it reduces ignition waste caused by furnace material segregation, thereby indirectly improving smelting efficiency.