The transportation of power batteries and energy storage modules puts forward higher requirements for the impact resistance, insulation and consistency of cushioning materials. Facing such scenarios, Yinuo designed a composite buffer structure with EPE foam as the main body to achieve multi-point stress dispersion in a limited space.
In view of the characteristics of large weight and high center of gravity of the module, the scheme has been designed in layers in terms of structure and material density: the bottom layer bears load-bearing and support, the middle layer absorbs impact energy, the upper layer provides positioning and anti-friction protection, and cooperates with flame retardant and anti-static treatment to meet the use environment of long-distance transportation.
A: On the one hand, EPE performs evenly and can be recycled in cushioning, shockproofing, and thermal insulation; on the other hand, it is easy to deep process and composite, and can make an integrated lining that fits the shape of the product in a limited space, reducing the number of parts and assembly steps.
Validation & Delivery
The scheme will complete the experimental verification of drop, vibration and stacking before landing, and review it in combination with the actual transportation path; after mass production, it will be supplied by the nearby production base, taking into account the consistency of delivery timeliness and quality.