Views: 0 Author: Site Editor Publish Time: 2022-11-10 Origin: Site
We manufacture battery housing from carbon fiber and glass fiber fabrics according to customer requirements. the excellent properties of the fiber composite structure make the battery housing a supporting element of the vehicle structure. We accompany you through all stages of product development: from planning and conception to vehicle-quality and high-volume product completion and series production - all at attractive costs.
What are the advantages of battery housing?
What are the production characteristics of battery housings?
What are the reasons for choosing ev battery housings?
Improved thermal management
Due to the low thermal conductivity of the composite material, the material also helps to optimize the thermal management of the battery housing. The battery is automatically better protected against heat and cold by the housing material. With proper design, even additional insulation is not required.
Corrosion resistance
Fiber composites do not have to have an additional corrosion layer like steel. These materials are less prone to rust and even if the bottom is damaged, the structural integrity will not show any leakage.
Automated series production for automotive quality and quantity
Body bottoms and covers are flat parts that can be produced in high volume with material efficiency and consistent quality. However, frame structures can also be made from composite materials using new manufacturing processes.
Attractive costs for lightweight structures
In the total cost analysis, composite battery housing could even reach a cost level similar to aluminum and steel in the future due to its many advantages.
Further properties
In addition, our materials meet other requirements for battery housing, such as electromagnetic compatibility (EMC), watertightness and airtightness.
We use battery cases made of fiber composites to help you improve the efficiency of your future trips. Thanks to their significantly lower weight, they can achieve longer ranges while meeting other important requirements such as safety, economy and thermal management better than conventional materials. In this way, we also support the new modern electric vehicle platform.
Components made of carbon fiber reinforced plastic (CFRP) and glass fiber reinforced plastic (GFRP) offer excellent mechanical properties such as high stiffness and strength and low weight. For example, battery boxes made of CFRP can reduce weight by up to 40% compared to aluminum or steel. In addition, our composite components ensure improved fire protection, underbody protection and optimal temperature conditions inside the battery. The superior safety of electric vehicles can save lives.
Replacing metallic materials with composites can not only match the functionality of the past, but can even surpass the previous performance, due to the additional advantages that composites bring. A good example of this is the battery housings for electric vehicles, as composites reduce weight, improve thermal insulation, reduce noise and reduce vibration, while reducing acoustic roughness.
FHZL will continue its efforts on refinement and innovation on 3D printing technology to accelerate the transformation and upgrading of traditional foundries.
