One resource.
New possibilities.
Lignity pursues lignin-based material innovations for heat transfer, battery protection, moulded components, bonding and functional carbon applications.
A common origin.
Five distinct directions.
Each direction begins with a material function. We connect lignin chemistry, formulation and processing with the needs of a specific application.
Thermal management materials.
Moving heat where it needs to go.
Lignity pursues lignin-based composite formulations for heat transfer in electronics, power equipment and energy systems. Matrix chemistry, thermally conductive fillers and material structure come together around the thermal path through a component.
Heat transfer, electrical insulation, contact behavior and processing guide the material design.
- Interface pads and sheets
- Heat-transfer composites
- Power-component interfaces
Battery protection materials.
Engineering the space between cells and components.
Protective material layers connect thermal insulation, electrical separation and mechanical behavior within battery assemblies. Lignity’s focus includes barriers between cells, modules and surrounding structures.
The application defines the balance between heat resistance, dielectric behavior, compression and response to fire.
- Cell-to-cell barriers
- Module insulation
- Protective interface layers
Injection-molding compounds.
New material chemistry. Familiar component forms.
Pelletized, lignin-containing compounds give material chemistry a route into moulded housings, covers, supports and other industrial components. Polymer blends, reinforcement and additives shape how a formulation flows and the part it becomes.
Mould flow, surface finish, dimensional stability and mechanical requirements connect the compound to its intended use.
- Molding pellets
- Housings and covers
- Industrial supports
Adhesives and protective coatings.
Joining materials. Protecting surfaces.
Lignin-based resin chemistry creates directions for adhesive systems and protective coatings. The work connects adhesion, curing and surface behavior with the substrates and service environment of an application.
Bonding systems and barrier coatings address different tasks: bringing components together or helping protect a surface from its surroundings.
- Industrial adhesives
- Protective coatings
- Barrier layers
Lignin-derived carbon materials.
A different form of material value.
Converting lignin into functional carbon opens a materials route alongside resin and polymer chemistry. Lignity pursues carbon structures for battery-material and composite-filler applications, including hard-carbon and carbonaceous-filler directions.
Carbonization conditions, purity, particle properties and repeatability connect the starting resource with its material function.
- Hard-carbon directions
- Carbonaceous fillers
- Functional particle systems
From chemistry
to application.
Lignity’s PCB material program brings resin, reinforcement and composite architecture together around a defined industrial application.
Our wider innovations connect the same renewable starting resource with other material functions, each with its own processing and performance requirements.
Bring us your
material challenge.
A thermal path. A protective layer. A component or surface with specific requirements. Let’s connect your application with a material direction.
Discuss a partnership