Publish Time: 2022-10-27 Origin: Site
The production of Battery Housings using 3D printing technology uses an environmentally friendly, pure water process that reduces waste by half and saves up to 70% in capital expenditure (equipment etc.) compared to conventional production methods.
What are the advantages of using Battery Housing?
What are the characteristics of Battery Housing?
What are the properties of Battery Housing?
Safe and cost-effective: Steel Battery Housing protects the heart of an electric vehicle in a crash
At the interface between powertrain and structural components, batteries present manufacturers and material suppliers with challenging design tasks. The first priority is to provide maximum protection for the core components of the electric vehicle. The requirements are complex: the battery must be impact resistant, corrosion resistant, electromagnetically shielded and cooled.
Battery Housing is a newly developed steel design that offers outstanding performance. It consists of a housing with frame, connecting profiles, upper and lower support arms, bottom guards and cover plates. It is available in a variety of patented designs and is virtually weight neutral compared to aluminum Battery Housing proves that light weight, safety and fire resistance can be combined - with significant cost savings.
Lithium Battery Housing is mainly to protect the internal materials of the battery, increase the strength of the shell increased protective layer, otherwise, not only the appearance is not good, the strength is also low. Generally there are stainless steel, aluminum, aluminum plastic film and so on, of course, resistant to HF acid corrosion does not participate in the electrode reaction of inert materials as long as there is good insulation between the positive and negative electrodes can be used. The material used depends on the field of use and the environment in which the battery is to be used. The lithium Battery Housing is made of high quality aluminium and is extruded to produce a bright and precise size. There are various specifications of the product, also according to the needs of customers can be specially customized its model and specifications. It is suitable for all kinds of aluminium capacitors and other related electronic products. Explosion-proof, high temperature resistant, corrosion resistant, etc. Good surface finish, chemically stable, non-magnetic and can be recycled repeatedly.
Lithium Battery Housing is characterised by its atomic number 3 and atomic weight 6.941, making it the lightest alkali metal element. In order to increase safety and voltage, scientists have invented materials such as graphite and lithium cobaltate to store lithium atoms. The molecular structure of these materials creates tiny storage compartments at the nanometre level, which can be used to store lithium atoms. In this way, even if the battery casing were to break and oxygen entered, the oxygen molecules would be too large to enter these tiny storage compartments, preventing the lithium atoms from coming into contact with oxygen and avoiding an explosion.
FHZL provide automotive Battery Housing by casting and CNC machining process, help new energy vehicle manufactuers R&D rapid prototype project and mass production. Our aluminium electric vehicle battery case protect the battery from damage, customers drive safely.