T2/1060 Copper Aluminum Clad Plate for Electrical Busbars

T2/1060 Copper Aluminum Clad Plate for Electrical BusbarsT2/1060 Copper Aluminum Clad Plate for Electrical Busbars: Applications, Benefits, and Supplier GuideWhat is T2/1060 Copper Aluminum Clad Plate?

T2/1060 copper aluminum clad plate is a composite metal material composed of T2-grade pure copper and 1060-grade aluminum. Through advanced solid-liquid composite rolling or explosive welding processes, these two dissimilar metals are bonded together at the atomic level. The result is a bimetal plate that combines the high electrical and thermal conductivity of copper with the light weight and cost-efficiency of aluminum.

T2/1060 Copper Aluminum Clad plate Key Properties

• High electrical conductivity
• Excellent thermal transfer
• Superior corrosion resistance
• Lightweight and formable
• Strong metallurgical bonding

Why Choose T2/1060 Copper Aluminum Clad Plate?

1. Cost Reduction with Performance Retention

By using a clad plate that only has copper on one side, manufacturers can retain the electrical benefits of copper while drastically lowering material costs.

2. Lightweight and Easy to Process

1060 aluminum is known for its high ductility and low density. The material is easier to form, punch, or weld, ideal for mass production.

3. Excellent Heat and Electrical Conductivity

The combination is ideal for busbars, connectors, battery tabs, and heat sinks.

4. Corrosion and Oxidation Resistance

When properly bonded and treated, the plates resist corrosion in humid, acidic, and saline environments.

Applications of T2/1060 Copper Aluminum Clad Plate

Electrical and Power Systems

• Busbars and switchgear
• Transformer connectors
• Electrical terminals
• Copper-aluminum transition joints

Thermal Management Components

• Heat sinks and exchangers
• LED module backplates
• Electronic device thermal pads

Battery and EV Industry

• Lithium battery tabs
• Battery connectors
• EV module plates

Other Applications

• Railway interface plates
• Photovoltaic connectors
• Aerospace bonding sheets
• Welding transition joints

How is T2/1060 Copper Aluminum Clad Plate Made?

1. Explosive Welding

Controlled explosive energy bonds copper and aluminum at high velocity, ensuring strong bonding without distortion.

2. Solid-Liquid Cladding Rolling

Aluminum is semi-melted and bonded with copper under heat and pressure, producing clean interfaces and high bonding strength.

3. Cold Rolling and Annealing

The material is cold-rolled and annealed to improve ductility and eliminate stress.

T2/1060 Copper Aluminum Clad Plate Key Specifications

FAQs About Copper Aluminum Clad Plate

1: Is T2/1060 copper aluminum plate better than pure copper?

Yes, it’s more economical and practical if cost, weight, and conductivity balance are needed.

2: Can I use it for welding or soldering?

Yes, with proper bimetal welding techniques and flux.

3: What’s the expected service life?

Over 10–15 years in suitable environments with minimal degradation.

How to Choose a Reliable Supplier?

• Use of metallurgical bonding technology
• Material certification compliance
• Sample testing support
• Customization capability

Why Choose Baoji ShenAo Metal Materials Co., Ltd.?

We are a leading non-ferrous metal manufacturer with over 15 years of experience in composite metal production, specializing in copper-aluminum clad materials, titanium electrodes, and more.

• Advanced bonding technology
• Custom copper/aluminum ratios
• Strict quality control
• Fast global delivery
• Engineering support for OEMs

Contact Us for T2/1060 Copper Aluminum Clad Plate Solutions

Looking for a reliable manufacturer of copper aluminum clad materials? Contact our technical sales team to get a quote, sample, or expert consultation.

Email: zh@baojiti.com.cn

Website: shenaocladplate.com

Conclusion

T2/1060 copper aluminum clad plate delivers a smart balance of conductivity, cost-efficiency, and durability. Ideal for a range of industrial and power applications, it’s the solution to enhance performance while managing budgets.