Battery aluminum tray for sale Haomei

Today we are going to talk about battery aluminum tray for sale Haomei. And here are several types of structures commonly used in battery aluminum trays.

For battery aluminum trays, due to their light weight and low melting point, there are generally several forms: die-cast aluminum trays, extruded aluminum alloy frames and aluminum plate splicing welding trays (shells), molded upper covers.

1. Die-cast aluminum tray

More structural properties are die-cast molding, which reduces material burns and strength problems caused by pallet structure welding, and has better overall strength characteristics. The characteristics of the frame structure of the pallet of this structure are not obvious, but the overall strength can meet the requirements of battery loading.

2. Extruded aluminum tailoring frame structure.

This structure is more common. It is also a more flexible structure. Through the welding and processing of different aluminum plates, it can meet the needs of various energy sizes. At the same time, it is easy to modify the design and easy to adjust the materials used.

3. The frame structure is a structural form of the pallet.

The frame structure is more conducive to weight reduction and is more conducive to ensuring the strength of different structures.

The structural form of the battery aluminum tray also follows the design form of the frame structure: the outer frame mainly completes the bearing function of the entire battery system; The inner frame mainly completes the bearing function of sub-modules such as modules and water-cooled plates; The middle protective surface of the inner and outer frame mainly completes the isolation and protection of the battery pack from the outside world such as gravel impact, waterproofing and heat preservation.

As an important material for new energy vehicles, aluminum must be based on the global market and pay long-term attention to its sustainable development. With the increase in the market share of new energy vehicles, aluminum used in new energy vehicles will increase by 49% in the next five years.