Inside the car: where graphene makes vehicles better
From body panels to tires, coatings and batteries, graphene can help vehicles become lighter, quieter and more durable.
A modern car contains thousands of parts made from plastics, rubber, composites, metals and coatings. Each one is a chance to save weight, add durability or improve comfort. Because graphene works inside so many of these materials, the automotive industry has become one of its most active testing grounds.
Lighter parts
Every kilogram removed from a vehicle helps fuel economy or, in an electric car, driving range. Graphene can strengthen plastics and composites so that parts such as covers, housings and panels can be made thinner and lighter without losing stiffness.
Quieter cabins
Foams and composites reinforced with graphene can be tuned to absorb vibration and sound. That can help reduce road and engine noise reaching the cabin, which matters even more in electric vehicles, where there is no engine sound to mask it.
Tires and rubber parts
Tires, hoses, belts and seals all face wear, heat and weather. Graphene can help rubber resist abrasion and manage heat, supporting longer lasting parts.
Paint and protection
Coatings with graphene can improve scratch resistance and corrosion protection on bodywork and underbody parts, helping vehicles keep their finish and resist rust for longer.
Batteries and electronics
In electric vehicles, graphene can support battery performance and help manage heat in battery packs, power electronics and charging systems.
Meeting automotive standards
The automotive supply chain is demanding, with strict requirements for consistency, safety and testing. Quantanext works with suppliers to choose the right material for each part, run the necessary trials and scale up with consistent quality.
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