Cladding Material:Copper (C11000, C10200, etc.)
Thickness Ratio:Customizable (e.g., 3mm stainless steel, 1mm copper) Bonding Strength:≥ 14 MPa
Thermal Conductivity:Copper Layer: 385 W/m·K; Stainless Layer: 15 W/m·K
Electrical Conductivity:Copper Layer: ≥ 85% IACS
Working Temperature:-200°C to +600°C
Standards:ASTM B898, GB/T 8165, or as specified
Copper Clad Stainless Steel Plate - High-Performance Bimetallic Composite Material
Our copper clad stainless steel plate delivers both. Manufactured by Baoji City ShenAo Metal Materials Co., Ltd. using advanced explosive welding technology, this bimetallic composite features bonding strength ≥14 MPa and operates reliably from -200°C to +600°C. With copper layer conductivity ≥85% IACS and thermal performance up to 385 W/m·K, you get the electrical efficiency of copper backed by the corrosion resistance of stainless steel (304/316/430). We offer customizable thickness ratios and full compliance with ASTM B898 and GB/T 8165 standards.
What Makes Our Composite Plates Different?
Conventional materials drive you to select between execution and fetched. Strong copper plates conduct power perfectly but need mechanical quality. Immaculate stainless steel stands up to erosion but can't coordinate copper's conductivity.
Our arrangement bridges this gap.
By metallurgically holding copper (C11000, C10200) to stainless steel substrates, we make a bound together fabric. This isn't straightforward plating that peels over time. The hazardous welding handle shapes atomic-level bonds that withstand warm cycling and mechanical stress.
You get copper's 385 W/m·K warm conductivity where you require it. The stainless steel backing gives auxiliary judgment. This plan diminishes fabric costs by 30-50% compared to strong copper choices whereas keeping up basic execution characteristics.
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Technical Specifications
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Parameter
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Specification
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Base Material
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Stainless Steel (304/316/430)
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Cladding Material
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Copper (C11000, C10200)
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Thickness Ratio
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Customizable (e.g., 3mm SS + 1mm Cu)
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Bonding Strength
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≥14 MPa
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Thermal Conductivity
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Cu: 385 W/m·K / SS: 15 W/m·K
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Electrical Conductivity
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Copper Layer: ≥85% IACS
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Working Temperature
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-200°C to +600°C
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Standards
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ASTM B898, GB/T 8165
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Key Applications
Electrochemical Businesses: Your electrolytic cells request steady current dissemination. The copper surface guarantees uniform conductivity whereas the stainless steel stands up to acidic environments.
Heat Exchangers: When you require fast warm exchange in destructive conditions, this fabric performs. The copper exchanges warm productively. The stainless steel ensures against chemical attack.
Bus Bars and Electrical Components: Tall current applications advantage from copper's moo resistance. The stainless backing includes mechanical steadiness that immaculate copper sheets can't provide.
Food Preparing Hardware: You require materials that meet cleanliness benchmarks and conduct warm consistently. This composite conveys both without the cost of strong copper development.
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Product production process

Why Choose ShenAo Metal Materials?
17 Years of Manufacturing Excellence: Since 2008, we've specialized in non-ferrous metal composite materials. Our facility in Shaanxi Baoji High-tech Industrial Development Zone operates at the heart of "China Titanium Valley."
Proven Explosive Welding Technology: We don't use adhesives or simple rolling. Our mature bimetallic explosive welding creates permanent metallurgical bonds that you can trust in demanding applications.
Complete Customization: Your project has unique requirements. We manufacture copper clad stainless steel plate in custom thickness ratios, dimensions, and material combinations. Small test batches or large production runs—we deliver both.
Quality Assurance: Every plate undergoes rigorous testing. We verify bonding strength, electrical conductivity, and dimensional accuracy before shipment. Our quality management system ensures consistency across all orders.
Technical Support: Our experienced engineering team works directly with you. We help optimize material selection for your specific operating conditions and performance requirements.
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Application Industries
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Our Factory
Our Patents and Honors
Our Packaging
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Frequently Asked Questions
Q: How solid is the bond between copper and stainless steel?
A: Our dangerous welding prepare makes bonds with least shear quality of 14 MPa. This metallurgical bond won't isolated beneath warm cycling or mechanical stretch, not at all like electroplated or adhesive-bonded materials.
Q: Can I weld these composite plates?
A: Yes, but you'll require specialized methods. We give welding rules that address the move between different metals to anticipate carbon relocation and guarantee joint integrity.
Q: What thickness proportions do you recommend?
A: It depends on your application. For electrical applications, we regularly propose 10-25% copper cladding. For applications emphasizing erosion resistance with a few conductivity, more slender copper layers work well. We'll offer assistance you decide the ideal ratio.
Q: How does this compare to copper-plated stainless steel?
A: Plating ordinarily offers as it were 50-200 microns of copper that can peel or wear through. Our clad plates include copper layers from 0.5mm to a few millimeters, reinforced at the nuclear level for changeless integration.
Q: What lead times ought to I expect?
A: Standard setups dispatch inside 2-3 weeks. Custom details ordinarily require 3-4 weeks depending on complexity and arrange volume.
Q: Do you give fabric certifications?
A: Completely. Each shipment incorporates test reports recording holding quality, conductivity estimations, fabric composition, and dimensional confirmation.
Contact Us
Ready to solve your conductivity and corrosion challenges with copper clad stainless steel plate? Email us at zh@baojiti.com.cn to discuss your specific requirements.
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