With the increasing prominence and indeed sales of electric vehicles (EVs), the versatile advantages of plastics in their construction are becoming ever more evident.

Plastics have been pivotal in enhancing corrosion resistance and facilitating the lightweighting and styling of cars for as long as we can remember, however, the landscape is evolving faster than ever before with the rise of electric vehicles (EVs) that boast fewer mechanical components and are anticipated to outlive standard combustion-powered models.

The intrinsic lightweight nature of plastics proves instrumental in augmenting the travel range of EVs when compared to heavier materials, and given the longevity predictions, the use of modern plastics with their incredible durability significantly extends the vehicle's overall lifespan and of course that of its components.

As EVs continue to gain prominence, the importance of plastics doesn’t end with just fulfilling critical functional roles in terms of weight reduction, durability, and safety, they also present a canvas for innovative and customizable design, knowing only the boundaries of auto manufacturers imagination!

Used in everything from battery clips to number plate holders; from door handles to minute sensors, it's fair to say that without plastic, EVs simply wouldn’t be possible; it’s also fair to say that the inconceivable beauty of modern cars with their sleek lines and aerodynamic style would be limited to the sketchbook.

The ongoing development of new applications of plastics in automotive production by injection molding specialists such as at NS-K  - who are pivotal to the supply chain - are anticipated to perpetuate this trend even further.  Solidifying the irreplaceable nature of plastics in both electric and combustion vehicle technology, such companies are the silent backbone of the industry that fuels this constant innovation.

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