Lyten, Inc

Graphene Composites for Lightweight and Electrically Conductive Systems

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Lyten designs and engineers patented Lyten 3D Graphene™ for various composite applications. Composite system improvements enabled by Lyten 3D Graphene include increased strength and stiffness, decreased weight, as well as improved thermal and electrical properties. Lyten multifunctional composites are designed to deliver the optimal combination of these attributes for various polymer and metallic alloy systems.

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Lightweighting

Lyten 3D Graphene™ potentially enables unparalleled weight reduction in plastics and metal systems which has broad benefits to multiple industries.

High Strength

Lyten 3D Graphene™ can be optimized to increase the strength-to-weight ratio and mechanical integrity.

Productivity Gains

Lyten’s composite systems have the ability to increase the design envelope as well as enable manufacturing efficiencies.

Superior Dispersion

Lyten’s patented materials are designed to enable longer in-field use and promote longer life.

Conductivity

Are designed to enhance or reduce conductivity in metals or plastics depending on what’s needed.

Tunable

Lyten’s approach allows for tailored chemistries and processes designed to meet specific composite application requirements.

We are partnering with manufacturers that want to be a leader in their market by leveraging the latest technologies and who also want to be at the forefront of advanced materials.

Custom and Off-the-Shelf Composite Formulations

Do you have a unique composite challenge to solve? We are the company to help you figure it out.

Whether you want custom strength, weight, conductivity, or other chemical properties for your manufacturing materials, we are the ones who will help.

We’ve developed proprietary advanced materials and labs to solve the toughest advanced materials challenges on earth.

Lyten composite materials may be tuned for applications in many markets.

  • Automotive
  • Aerospace
  • Governmental
  • Space Applications
  • Infrastructure
  • Energy
  • Sports & Recreational
  • Advanced Mobility Transportation
  • Marine