Insights
Perspectives on advanced materials, supply chains and the industries they are changing.
Graphene in plastics: more strength with less material
Small additions of graphene can make plastic parts stronger, more durable and better at managing heat, often with less material.
Built to last: what graphene brings to rubber products
Graphene can help tires, belts, seals and hoses last longer and perform better, often at very low additions.
Holding back rust: graphene in protective coatings
Graphene can make protective coatings tougher and better at keeping out water and oxygen, helping steel last longer in harsh places.
Less friction, less wear: graphene in lubricants
Added to oils and greases, graphene can help reduce friction and protect metal surfaces, extending the life of engines and machinery.
Charging ahead: graphene in batteries and electric vehicles
Graphene can help batteries charge faster, run cooler and last longer, supporting the shift to electric vehicles and energy storage.
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.
Reducing reliance on rare earths: the role graphene can play
Rare earth supply is concentrated and fragile. Graphene will not replace them everywhere, but it can reduce how much some products need.
Cleaner water: graphene in filtration and purification
Membranes and filters made with graphene are being developed to remove contaminants from water more efficiently.
Lighter, tougher, more comfortable: graphene in sports equipment
From rackets to running shoes, graphene helps sports equipment become lighter, tougher and more comfortable to use.
Sleeping cooler: how graphene is changing mattresses and bedding
Heat, moisture and wear all affect how well a mattress performs. Graphene can help with each of them.