placă din tablă de aluminiu pentru carcasa bateriei
3003 aluminum plate can be used for the production of power battery shell materials
If you want to know which material is better for the power battery shell, mai întâi trebuie să știi ce este o baterie de putere.
Deși nu există o definiție clară pentru bateria de putere în mediul academic, the basic agreement of the global electric vehicle industry: the battery that provides driving power for electric vehicles is called power battery, including traditional lead-acid batteries, nickel-hydrogen batteries, and emerging lithium-ion power batteries Lithium batteries are currently being promoted in the world for lightweight cars.
Aluminum Sheet Plate For Battery Shell
Aluminum is a better choice. 3003 aluminum plates can be used to power battery shell materials.
3003 aluminum plate has good formability and is mainly used in deep drawing materials.
Utilizarea 3003 aluminum alloy products as stamping parts, models, shells, etc. has many advantages such as good surface, plasticitate bună, and pressure resistance.
The power battery shell made of 3003 aluminum alloy products is impact resistant, not easy to break and leak, and can meet the strength and rigidity requirements of the power battery shell.
The aluminum alloy has low density and is lightweight, which can reduce the weight of the battery and increase the battery capacity density. , Make the battery work stable, indirectly reduce the quality of the whole vehicle, and increase the endurance of the vehicle.
3003 alloy aluminum plate has the following 4 proprietăți
- Excellent forming characteristics, rezistență ridicată la coroziune, sudabilitate bună, and electrical conductivity.
- Suprafață netedă, plasticitate bună, and pressure resistance.
- It has impact resistance, is not easy to rupture and leak, and can meet the requirements for strength and rigidity of the power battery shell.
- Lightweight automotive aluminum, with low density and lightweight, can reduce the weight of the entire vehicle and increase the endurance of the vehicle.