The Connection between Color Coated Aluminum Coils And New Energy

Application of colour coated aluminium coil in new energy field

Solar energy field

Solar photovoltaic stent:

Solar reflective panels:

New Energy Vehicle Field

Battery pack shell:

Structural and decorative body parts:

Some new energy vehicles adopt full-body aluminium or use a large amount of aluminium in structural and decorative body parts. Colour-coated aluminium coils can be used to manufacture structural body parts such as body coverings, doors and bonnets, as well as decorative parts such as body decorative strips, window frames, etc. The use of colour-coated aluminium coils can not only achieve lightweighting, but also help to increase the mileage of the battery. It can not only realize the light weight of the car and reduce energy consumption, but also provide rich colour choices for the car through the colour coating process to meet the demand for personalized design.

Other new energy fields

In some new energy storage equipment shell manufacturing, colour coated aluminium coil is also applied. Such as lithium battery storage system box, colour coated aluminium coil made of box has the advantages of light weight, corrosion resistance, beautiful and so on, can provide good protection and appearance decoration for energy storage equipment.

Why aluminium should be your next material of choice

1、The prevalence of aluminium：

Aluminium's exceptional properties in terms of strength, lightness and suitability make it an excellent material for hundreds of everyday products. As the third most abundant element in the earth's crust after oxygen and silicon, aluminium is a resource that will last for generations and is all around us.  

2、Aluminium is one of the lightest metals

Aluminium is lightweight and easy to handle, which is a benefit for those working in factories and on construction sites. Due to the light weight of the material, energy consumption during transport and use of the product is greatly reduced, making the material not only a versatile option, but also an economically viable one.

3、Aluminium can be easily machined into other shapes

Aluminium's malleability, bendability and stampability provide architects, designers and engineers with endless opportunities to create whatever they envisage. Aluminium alloys can enhance the properties of the metal for specific engineering structures and components where light weight or corrosion resistance is important.  

4、Aluminium is stronger than you think

Aluminium is almost as strong as steel, depending on the alloy, processing technology and product design. And since aluminium is about one third the weight of steel, parts made of aluminium can be made thicker and stronger than other materials, while still weighing less.

5、 Aluminium has high electrical conductivity

Aluminium has excellent thermal and electrical conductivity, which opens up great prospects for aluminium in the electric vehicle industry as well as in a number of other industries, both onshore and offshore. Aluminium is an ideal material for high voltage applications as it does not have the ability to collect magnetic charges. It is also an ideal material for the production of computer parts and components that require the use of magnetic fields. In addition, lightweight and cost-effective battery cables made from aluminium are excellent examples of the material's superior performance as a conductor.

6、 Aluminium has highly corrosion resistance

Aluminium is extremely durable in neutral and slightly acidic environments, copes well with exposure to many corrosive chemicals and performs far better than other metals when exposed to formic acid or ammonia (as a refrigerant).

7、 Aluminium can look different

Most people associate aluminium with a simple silver look and may not be aware that the material can be treated to achieve a very different appearance. Surface treatments include a variety of techniques that can condition and enhance the finish of aluminium, offering a variety of benefits to those who want to use aluminium in their projects but want to change the look. Painting, for example, provides the user with an unlimited choice of colours, while anodising produces a stain-resistant finish and improves corrosion resistance.  

8、 Aluminium has excellent energy absorption

As mentioned above, aluminium is one-third the density of steel, which means it can be three times as thick as steel but weigh the same. Aluminium is therefore an excellent material for the design of automotive crash management systems, providing high levels of energy absorption in situations such as accidents. Aluminium's ability to absorb energy is also well suited to other safety applications such as fire and explosion protection, ballistic protection and anti-theft systems.

9、Aluminium can be recycled indefinitely with no loss of quality

Recycling aluminium saves around 100 million tonnes of CO2 equivalent per year, as recycling aluminium requires only 5 per cent of the energy needed to manufacture it from raw materials. With its high durability and unlimited application possibilities, aluminium is an ideal material for the circular economy. To better understand the rapidity of recycling, take the example of aluminium cans in Europe, where 70% of all aluminium cans are recycled and used cans are turned into new cans in less than 60 days.

10、 Aluminium production produces low CO2 emissions

The production of aluminium requires a lot of energy, but this changes when the energy comes from renewable sources. Depending on the source of energy, the carbon footprint of aluminium can vary tenfold. By using renewable energy sources such as wind, solar and hydroelectric.