The battery housing is the main load-bearing component of the battery pack. Only the static and dynamic (rigidity, modal strength, etc.) stability of the housing can ensure that the power battery does not suffer from abusive working conditions and that the power system runs smoothly.

The battery housing is made of a strong synthetic resin with a special treatment, i.e. copolymer PP material.Many people think that the battery housing does not need to be inspected, but this is not the case. The various parts of the car have a role to play, so if there are problems with these parts, they may lead to problems when driving, and in serious cases, traffic accidents may occur.

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.

Battery packs are prone to moisture ingress due to rain, snow or water immersion, which can affect battery safety, while the air and water tightness of the battery housing creates a dense protective layer, delivering excellent water resistance. The battery housing is also chemically and corrosion resistant, preventing corrosion of the battery.

Battery Housing is one of the most important components of new energy vehicles. Using aluminum alloy for Battery Housing structure as a key component provides safety for the battery payload while providing structural rigidity for the vehicle. Our battery cases for electric vehicles are resistant to high temperatures, corrosion, high electrical conductivity and good heat transfer properties. Our production can accept large or small quantities of Battery Housing castings.