See where our materials make a difference, from protective coatings to batteries and concrete.
Four areas where advanced materials deliver clear, measurable gains today.
Graphene strengthens the barrier a coating forms, slowing the moisture and oxygen that drive corrosion.
The result is tougher, longer lasting protection for steel structures, pipelines, marine assets and equipment in harsh conditions.
Higher conductivity helps electrodes move charge faster, supporting quicker charging and better cycle life.
Applications include lithium batteries, supercapacitors, solar cells and the heat management around them.
Small additions of graphene can make concrete stronger and less permeable to water.
That can mean less cement for the same strength, lower emissions and structures that need less maintenance.
Graphene reinforces polymers and fibers, raising strength and stiffness without adding weight.
It suits aerospace and automotive parts, sports equipment and 3D printed components where every gram counts.
Graphene's range of properties opens doors across a wide spread of sectors.
Better conductivity and faster heat removal in components and circuits.
Electrodes that support faster charging and longer battery life.
Tougher, more corrosion resistant finishes.
Lower friction and wear in engines and machinery.
Conductive, scratch resistant and heat managing surfaces.
Stronger, less permeable concrete with less cement.
Conductive, antistatic and temperature regulating fabrics.
Tires, belts and seals with better wear resistance.
Stronger, lighter parts with improved barrier properties.
Stronger, more water resistant paper and packaging.
Lighter composites and protection against lightning strikes.
Stronger and conductive printed parts.
Emerging uses in sensors, antibacterial surfaces and diagnostics.
Highly sensitive detection of gases, strain and pressure.
Printed circuits, antennas and heaters on flexible surfaces.
Membranes that help remove contaminants from water.
Heat spreaders and interface materials that keep devices cool.
Bendable displays, wearables and touch surfaces.
Higher strength and stiffness at lower weight.
Lighter, stronger rackets, helmets, bikes and footwear.
Tell us what you are working on. Our team will show you where advanced materials can make a measurable difference.
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