What is Copper/Steel Clad Plate Copper clad steel plates:
Copper/steel composite plate is a new type of material, which is composed of two metal materials, copper and steel, which are welded together by explosive composite method, explosive rolling method and other methods. This material has high strength and rigidity and can be used to manufacture various engineering and industrial machinery and equipment.
The process of copper/steel clad plate usually includes billet making, explosive welding, heat treatment, grinding and other processes. Blank making mainly includes complex-shaped plate rolling, casting, forging and other processes. Explosive welding mainly uses explosive composite technology to weld copper and steel together. The main purpose of heat treatment is to eliminate welding residual stress and improve the mechanical properties and dimensional accuracy of materials.
Copper/Steel Clad Plate Copper clad steel plates
Advantage/Characteristics of Copper/Steel Clad Plate Copper clad steel plates:
Save copper materials and reduce external dependence on copper.
The composite quality is good, and the interface is metallurgical bonding, which improves the use value.
Compared with the metallurgical industry, it has less investment, less risk, high profit and quick effect.
After copper and steel are combined, their respective performance advantages complement each other, expanding the scope of use.
Expand the application field of copper to further meet the needs of social and economic development.
Due to the greater advantages of copper and steel in terms of chemical properties, strength and price, copper/steel composite panels are widely used in many industries.
Applications of Copper/Steel Clad Plate Copper clad steel plates:
Civilian use: cooking utensils, building decoration, copper signs, welded copper pipes, household appliances, decoration and other industries.
Industry: aerospace, electronic products, transportation, construction, heavy industry, mining machinery, power equipment, etc.
Conductive aspects: copper-aluminum composite conductive strips, connecting plates, industrial gaskets, low-voltage electrical appliances, conductive bars, transformers, reactors, electronic components, connectors, connectors, relays, radiator fins, etc.
Copper/Steel Clad Plate Copper clad steel plates
Grade of Copper/Steel Clad Plate Copper clad steel plates:
T2.T3.TP1.TP2.TU1.TU2.H80.H62.QSn6.5-0.1 .BFe30-1 -1.BFe10-1-1
Q245R.Q345R.15CrMoR,16Mn.20MnMO,15CrMo.
09MnNiDR.16MnD.09MnNiD
Standard of Cooper/Steel Clad Plate Copper clad steel plates:
NB-T 47002.4-2009
Package of Copper/Steel Clad Plate Copper clad steel plates:
According to product characteristics and customer needs.
Remark of Copper/Steel Clad Plate Copper clad steel plates:
Please provide detailed technical requirements to facilitate communication and determine the solution.
Copper/Steel Clad Plate Copper clad steel plates supplier-TRUNNANO:
Luoyang Tongrun Nano Technology Co. Ltd. (TRUNNANO) is a trusted global chemical material supplier & manufacturer with over 12-year-experience in providing super high-quality clad plate, clad rod, clad tube, etc.
If you are looking for high-quality Copper/Steel Clad Plate Copper clad steel plates, please feel free to contact us and send an inquiry.
FAQs of Copper/Steel Clad Plate
Q: What is copper/steel clad plate used for?
A: Copper/steel clad plates combine the best properties of both metals, offering a material that can be employed in diverse industrial applications. These composite materials are especially valuable in sectors requiring electrical conductivity and corrosion resistance alongside high mechanical strength. Copper-clad steel plates are widely used in the construction of power transmission lines, grounding systems, marine hardware, chemical processing equipment, and in the manufacturing of heat exchangers and other thermal management solutions. The copper layer provides excellent electrical and thermal conductivity, while the steel core offers robustness and durability.
Q: How does copper/steel clad plate perform under harsh environmental conditions?
A: Copper/steel clad plates are designed to withstand challenging environments where exposure to moisture, salt spray, and corrosive chemicals is common. The copper coating acts as a barrier against corrosion, significantly extending the service life of the steel substrate. This combination allows for the use of these plates in outdoor structures, coastal installations, and within chemical plants where they can resist weathering and aggressive substances. Moreover, copper's antimicrobial properties can inhibit the growth of microorganisms on its surface, which is beneficial in sanitary or medical applications.
Q: Is copper/steel clad plate suitable for welding and fabrication?
A: Copper/steel clad plates can be welded and fabricated using standard techniques, but due to the different physical properties of copper and steel, specialized knowledge and practices are necessary to ensure optimal results. Manufacturers typically provide guidelines for welding procedures to maintain the integrity of the bond between the two metals and prevent issues like cracking or poor fusion. Skilled technicians with experience in handling bimetallic materials are recommended to carry out such operations. Additionally, forming and machining processes must account for the varying hardness and ductility of the copper and steel layers to achieve desired shapes and dimensions without compromising structural integrity.
Q: Are there any safety considerations when handling copper/steel clad plates?
A: Handling copper/steel clad plates generally poses no significant health risks if proper safety protocols are observed. Workers should always wear appropriate personal protective equipment (PPE) such as gloves, eye protection, and dust masks to safeguard against potential hazards during cutting, grinding, or welding operations. Care should also be taken when moving heavy plates to avoid injuries from lifting or dropping. In terms of environmental impact, copper is less toxic than some other metals but still requires responsible disposal and recycling practices to minimize ecological footprint. Adhering to manufacturer instructions and industry standards ensures safe handling and contributes to sustainable practices.
