Payment & Shipping Terms:
|Name:||Aluminium Battery Box||Material:||6063T5|
|Application:||New Energy Vehicle Battery Tray||Machining:||Precision Cutting And CNC Machining|
|Brand Name:||KALU||Suface Teament:||Mill Finished|
|Usage:||New Energy Automobile|
Automobile Aluminium Battery Tray,
Aluminium Battery Tray Box,
6063T5 Aluminium Battery Tray
6063T5 New Energy Automobile Battery Tray Aluminium Battery Profile
With the rapid development of the automobile industry, energy issues are becoming more and more urgent, and the environmental issues brought about by automobiles are even more concerned. The development of the new energy vehicle industry is a way to alleviate the energy crisis, reduce greenhouse gas emissions, and reduce environmental pollution. At present, new energy vehicles have become an important direction for the transformation of the automobile industry. The car battery is the power source of the new energy vehicle, and the battery aluminum tray is used to reduce the weight of the whole vehicle.
The most obvious difference between new energy vehicles and traditional vehicles is that new energy vehicles use electric energy as power to drive the vehicle. It is restricted by the weight of the power battery, the cruising range of the power battery, and the high pressure of the vehicle energy saving and emission reduction policy. It is used in vehicle design and material applications. In the past, the lightweight of the car body has become the first issue for new energy car companies to consider. Therefore, battery-powered new energy vehicles need to reduce the body weight more urgently than traditional vehicles. This also opens up a broader market space for lightweight materials such as aluminum alloys.
Among the lightweight materials for automobiles, the comprehensive cost performance of aluminum alloy materials is higher than that of steel, magnesium, plastics and composite materials, and it has considerable advantages in terms of application technology, operational safety and recycling. The density of aluminum alloy material is only 1/3 of that of steel, and its weight reduction and energy saving effects are obvious, and it can better improve riding comfort under the premise of ensuring safety. At the same time, aluminum alloy materials are easier to recycle and reuse. The comprehensive cost-effective advantage of aluminum determines that it becomes the first choice for automotive lightweight applications.
The main application parts of aluminum in new energy vehicle parts are body, wheel hub, chassis, anti-collision beam, floor, power battery and seat. According to the classification of processing forms, automotive aluminum is mainly divided into three forms: die-casting, extrusion and calendering. Among them, extruded parts are mainly used for automobile seat frames, luggage racks, door beams, etc., while rolled parts are mainly used for the production of aluminum plates for car bodies, etc. .
Contact Person: Yuki Lu