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Titanium Copper Composite Plate

Product name: Titanium clad copper plate
Material composition: titanium and copper
thickness:0.5-10 ( mm )
Dimensions: Customized cutting according to customer’s actual needs
Surface treatment: optional sandblasting or mechanical polishing, etc.
Product categories: titanium-copper composite rods/plates, plates, titanium-steel composite plate materials, titanium-zinc plates, etc.
Application: Nuclear power energy, ships, aerospace, etc.

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Product Introduction

Titanium-copper composite plate , also known as titanium-clad copper plate, combines the excellent conductivity of copper with the excellent corrosion resistance of titanium. It is a new type of metal that is compounded of titanium and copper through a special process. Composite- like materials. It inherits the respective advantages of titanium and copper and has unique performance and application value. As a material with both rigidity and flexibility, titanium-clad copper plate is widely used in aerospace, electronic communications, chemical equipment and other fields due to its high strength, corrosion resistance, excellent conductivity and other characteristics. Provide more efficient and stable solutions for various industries.

Our company can also provide you with titanium-zinc composite panels , which use titanium-zinc alloy panels as panels, 3003H26 (H24) aluminum panels as back panels, and high-pressure low-density polyethylene (LDPE) as core materials. It combines the characteristics of titanium-zinc plates (metallic texture, surface self-healing function, long service life, good plasticity, etc.) with the advantages of composite plates such as flatness and high bending resistance. It is a model of combining classical art with modern technology.

Titanium copper composite plate process method

The process is to coat a layer of titanium alloy plate on the upper and lower surfaces of the copper plate, make a composite titanium copper plate through explosive compounding and other methods, and cover both sides of the copper composite plate with a layer of titanium composite plate. The sides of the titanium alloy plate and the copper composite plate are connected by welding and other methods, so that the peripheral surface of the copper plate is completely covered by a layer of titanium alloy plate. Because the titanium alloy plate and the sandwich copper plate fit closely together, the titanium alloy plate deforms very little during the manufacturing process, effectively ensuring that the titanium alloy plate will not be damaged due to excessive deformation. The process is simple and efficient, saving titanium material and increasing output. efficiency and reduce production costs.

Melting: The first step in the production process is to melt the titanium and copper materials separately. The melting process takes place in a vacuum or protective atmosphere to prevent oxidation of the material. The temperature and time of the melting process are critical to the quality of the final product.

Bonding: The second step is to bond the titanium and copper materials. This is done by sandwiching molten titanium and copper between two layers of graphite sheets. The graphite sheets act as a barrier to prevent the materials from mixing with each other during the bonding process. Molten titanium and copper are pressed together under high pressure and maintained at high temperatures to ensure a strong and even bond.

Rolling: The final step in the production process is to roll the bonded titanium-copper blank into titanium-copper composite plate sheets. This step involves several stages of hot and cold rolling, gradually reducing the thickness of the blank while increasing its strength and density. The rolling process also helps eliminate any defects or impurities that may be present in the material.

Surface treatment and coating: Further treatment on the surface of the composite panel can include polishing, electroplating, etc. to improve appearance and corrosion resistance. Adding extra protective layers or coatings to enhance a product's performance.

composite titanium copper plate products:

Composite Titanium Copper Plate Products

Reference data for composite titanium sheets

Composite metal parameters

Product application scenarios:

1. Aerospace field: It is widely used in aircraft structures, engine parts and other fields, and can provide lightweight and high-strength solutions.

2. Electronic communications field: As a conductive material for electronic equipment, composite boards are widely used in electronic communications equipment, circuit boards and other fields to provide stable and reliable conductive properties.

3. Chemical equipment field: It has excellent corrosion resistance and is suitable for chemical equipment, pipelines, valves and other fields, providing long-term and stable use effects.