Find the right graphene material for your application.
Whether you are improving concrete, coatings, batteries, composites, thermal materials, or exploring a carbon-rich waste stream, DeaconTech can help connect the material form to the performance target.
Start the conversation with the problem, not the product name
- InputDo you have a carbon-rich waste stream, or are you buying graphene for formulation work?
- TargetConductivity, strength, corrosion resistance, thermal transfer, barrier protection, or energy storage?
- FormPowder, dispersion, slurry, masterbatch, or customer-specific development?
- DataSEM/TEM/Raman support, TDS, SDS, and third-party review information where available.
Graphene is a family of materials, not a single product.
A coating company, a concrete producer, a battery developer, and a university lab may all ask for “graphene,” but they usually need different material properties.
The right answer depends on the application, processing environment, loading level, host material, and performance target.
The better question is not just “is it graphene?” The better question is: which graphene form, at what quality, at what loading level, in which host system, and with what performance target?
- /01Performance targetConductivity, strength, corrosion resistance, thermal transfer, barrier protection, durability, or energy-storage behavior.
- /02Host systemWater, cement, solvent, resin, polymer melt, dry powder blending, or electrode formulations.
- /03Material formPowder, dispersion, slurry, masterbatch, functionalized graphene, or customer-specific development.
- /04DocumentationSEM/TEM/Raman support, TDS, SDS, and third-party testing information where available.
Match the graphene type to the job.
DeaconTech focuses on practical graphene and graphene-related carbon materials that can be evaluated in real industrial systems.
Turbostratic graphene
Strong fit for waste-carbon-derived materials, concrete, coatings, composites, batteries, and energy-storage research.
Few-layer graphene
Useful where industrial practicality, conductivity, reinforcement, and thermal behavior matter.
Graphene nanoplatelets
Practical bulk additive category for coatings, concrete, polymers, rubber, composites, and thermal materials.
GO, rGO, functionalized graphene
Specialty categories for water dispersion, surface chemistry, conductivity, and customer-specific compatibility.
Material availability, sample timing, and documentation depend on the customer’s application and the current production or development status of each grade.
DeaconTech Bio-Graphene Powder
DeaconTech Bio-Graphene Powder is positioned as a waste-carbon-derived graphene-related carbon powder for industrial additive applications.
It is designed for conversations around performance, landfill diversion, carbon-rich waste reuse, concrete, coatings, composites, batteries, and energy-storage research.
Waste-derived material story
Useful for customers who care about both material performance and a circular-economy pathway for used carbon or carbon-rich waste streams.
Application-specific testing
Material should be tested against the customer’s actual system: cement mix, coating resin, polymer matrix, electrode formulation, or other host material.
Technical review support
Customer discussions can be supported with SEM/TEM/Raman data support, TDS/SDS documentation, and third-party testing information where available.
Where graphene can fit in industrial products.
The best graphene type depends on the customer’s target market and the problem they are trying to solve.
What to know before testing graphene.
The more clearly the application is defined, the easier it is to recommend a material form and avoid wasting time with the wrong graphene type.
What material are you improving?
Concrete, coating, polymer, battery electrode, ink, membrane, composite, thermal pad, or another system?
What performance target matters?
Conductivity, strength, corrosion resistance, thermal transfer, barrier protection, durability, or energy storage?
What documentation is required?
SEM, TEM, Raman, TDS, SDS, third-party testing, safety review, or procurement documentation?
Have a carbon-rich waste stream?
DeaconTech is also interested in conversations with companies that generate carbon-rich waste streams and want a better outlet than landfill disposal.
Potential feedstock fit
- Agricultural waste and plant-fiber streams
- Electronic waste and carbon-containing components
- Used carbon streams from industrial processes
- Other carbon-rich waste that may be suitable for conversion
Why it matters
- Potential landfill diversion
- Carbon reuse and circular-economy positioning
- Support for sustainability reporting
- Potential carbon-credit or environmental-credit pathways where applicable and independently verified
Any carbon-credit, environmental-credit, or landfill-diversion claim should be handled through the applicable third-party verification, documentation, and program requirements.