• Industrial Frequency Furnace Downward Semi-Continuous Casting Copper Plate
  • Industrial Frequency Furnace Downward Semi-Continuous Casting Copper Plate
  • Industrial Frequency Furnace Downward Semi-Continuous Casting Copper Plate
  • Industrial Frequency Furnace Downward Semi-Continuous Casting Copper Plate
  • Industrial Frequency Furnace Downward Semi-Continuous Casting Copper Plate
  • Industrial Frequency Furnace Downward Semi-Continuous Casting Copper Plate
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Industrial Frequency Furnace Downward Semi-Continuous Casting Copper Plate

  • Downward Semi-Continuous Casting Copper Plate
  • Fanshun
  • China
This production line produces bronze plates by downward semi-continuous casting process using an industrial frequency furnace. Bronze plate can be used in construction field. Copper plate can be made into various shapes of components, such as roofs, walls, doors and windows. Copper plate has good corrosion resistance and can be used for a long time in outdoor environment, and it also has beautiful appearance effect. Copper plate has a wide range of applications in life, and its excellent performance and beautiful appearance effects are favoured by people. This production line can be customised production line according to customer's demand, which can meet customer's demand to the greatest extent.

The copper plate price is influenced by various factors, including the availability of raw materials and the efficiency of production processes. The copper plate price fluctuates based on market demand and production costs. The demand for pure copper plates remains high across industries due to their exceptional conductivity and corrosion resistance.Manufacturers often rely on Scrap furnaces to recycle copper scrap and minimize production costs. In the production line, small copper plates are produced using a Medium frequency furnace continuous casting machine, ensuring precision and consistency in casting. Pure copper plates are highly sought after for their superior conductivity and durability. Scrap furnaces are integral to the recycling process, where copper scrap is melted down to create new materials, contributing to sustainability efforts. Small copper plates are efficiently produced using Medium frequency furnace continuous casting machines, ensuring consistent quality and precise dimensions. These machines play a pivotal role in the manufacturing process, allowing for seamless production of copper plates to meet diverse industrial needs. Through the utilization of these key components, manufacturers can maintain competitive prices while delivering high-quality copper products to the market.

3D Animation Preview

copper plate

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Production Process

First, melt and adjust the composition of the copper plate for downward semi-continuous casting. Then, use the semi-continuous casting method to cast the copper billet downwards. Segment the billet through sawing, remove the surface oxide skin by milling, heat for hot rolling, then cold rolling, acid pickling, cold rolling again, cutting into strips, and finally, packaging the finished product.

Equipment Configuration Reference

pure copper plate

Industrial Frequency Furnace


Scrap furnace

copper plate

pure copper plate

Downward Semi-Continuous Caster

Scrap furnace

The continuous casting machine for downward semi-continuous casting with copper molds.

copper plate

Environmental Protection Equipment

pure copper plate

Surface Milling Machine

Scrap furnace

Heating Machine

copper plate

Hot Rolling Mill

pure copper plate

Cold Rolling Mill

Scrap furnace

Cleaning Production Line

copper plate

The semi-continuous casting billet prior to hot rolling for downward casting


Annex

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