Graphenest - Advanced Nanotechnology
Graphenest provides graphene-based EMI shielding materials and coatings that replace traditional metal-based solutions. Its Hexa-Shield coating is paintable and 3D-printable, enabling application to complex geometries while reducing component weight by up to 75% versus metals. The materials also contribute thermal cooling and electrical conductivity to host components.
- New Materials
- Clean Technology
Funding
Funding not disclosed
Founders
Founder details are not available yet.
Product
Problem
Conventional electromagnetic interference (EMI) shielding relies primarily on metal enclosures and components, which add significant weight, limit design flexibility, and require large amounts of material to achieve adequate attenuation. As electronics become more compact and e-mobility systems proliferate, engineers need shielding approaches that integrate complex geometries without compromising performance or sustainability.
Solution
Graphenest provides graphene-based EMI shielding materials and coatings that replace traditional metal-based solutions. Its materials achieve the same shielding performance using up to 50% less material and reduce component weight by up to 75% versus metals. The solutions are paintable and 3D-printable, enabling application to complex geometries and easy repairability, while additionally contributing thermal cooling and electrical conductivity to the host component.
Target Audience
Primary customers are manufacturers and design engineers in the e-mobility and next-generation electronics sectors who require lightweight, design-flexible EMI shielding for advanced components and enclosures.
Features
- Hexa-Shield paintable graphene-based coating with customizable and wave attenuation levels for EMI shielding applications
- Up to 50% material savings compared to metal-based alternatives at equivalent performance
- Weight reduction up to 75% versus metal-based shielding solutions
- 3D-printable and easily repairable materials that support additive manufacturing and resource rationalization
- Add-on thermal cooling and electrical conductivity properties for multifunctional component integration
- Patent-protected graphene production technology supporting scalable material synthesis