Company
Country
Sell type
International participation
Applications
Benefits
Supply method
Production method
Material definition
Forms of graphene
Lateral size (µm)
Surface Area (m²/g)
Oxygen Content (%)
Production capacity
Sells directly
Reach Registration
Work for environmentally friendly process
More information
- Sweden
- Europe
- Off-the-shelf product
- Customized materials
Yes
- Concrete and cement
- Films and coatings
- Polymer composites
- Material solutions for improved sustainability
- Barrier properties
- Thermal conductivity
- Tribology
- Improved processing
- Suspension
- Paste
- Liquid phase exfoliation
- Graphene
- Multilayer (3-10 layers)
- Graphite nanoplatelets (11 or more carbon layers)
- 1-10
- 0- 5
- 1000-10 000 kg
No
Energy efficient, water based process using no harmful chemicals
- The Netherlands
- Europe
- Customized materials
- Off-the-shelf product
Yes
- Bio-medical application
- Electronic components (sensors/high frequency/NEMs or memories)
- Optoelectronics
- Water or air filtration
- Energy generation
- Energy storage (Batteries and supercapacitors)
- Electical conductivity
- Thermal conductivity
- Barrier properties
ANL does re-use its source growth wafer - no copper etching
ANL is a 2D foundry and produces and transfers Graphene to semiconductor wafers in volume. ANL provides an Application Development Kit to dry transfer large area Graphene to your substrates. ANL provides custom Graphene layers taylored to customer requirements.
- Spain
- Europe
- Customized materials
Yes
- Conductive inks
- Polymer composites
- Wearables
- Films and coatings
- Energy storage (Batteries and supercapacitors)
- Concrete and cement
- Water or air filtration
- Metal composites
- Electronic components (sensors/high frequency/NEMs or memories)
- Thermal conductivity
- Electical conductivity
- Corrosions protection
- Barrier properties
- Tribology
- Fire retardancy
- Powder
- Paste
- Suspension
- Liquid phase exfoliation
- Chemical exfoliation
- Electrochemical exfoliation
- Mechanical exfoliation (tape exfoliation or ball milling)
- Graphene
- Reduced Graphene oxide
- Functionalized Graphene
- Graphene oxide
- Multilayer (3-10 layers)
- Graphite nanoplatelets (11 or more carbon layers)
- Bilayer
- Monolayer
- 100-500
- 10-100
- 1-10
- 0-1
- 800-1000
- 500-800
- 300-500
- 100-300
- 0-100
- 0-5
- 5-30
- 30-50
- 10 000 -100 000
Yes
We have optimized in a safe by desing Project/program
- Italy
- Europe
- Customized materials
Yes
- Conductive inks
- Energy generation
- Energy storage (Batteries and supercapacitors)
- Films and coatings
- Polymer composites
- Water or air filtration
- Concrete and cement
- Wearables
- Electical conductivity
- Thermal conductivity
- Mechanical strengthening
- Powder
- Paste
- Suspension
- Liquid phase exfoliation
- Graphene
- Multilayer (3-10 layers)
- 500-1000
- 1-100
- 0-5
Not yet, we are planning to do this
- China
- Customized materials
- Off-the-shelf product
Yes
- Electronic components (sensors
- high frequency
- NEMs or memories)
- Energy storage (Batteries and supercapacitors)
- Metal composites
- Optoelectronics
- Wearables
- Polymer composites
- Thermal management
- Electical conductivity
- Thermal conductivity
- Single-domain
CVD
- Sweden
- Europe
- Customized materials
- Off-the-shelf product
Yes
- Electronic components (sensors
- high frequency
- NEMs or memories)
- Energy storage (Batteries and supercapacitors)
- Polymer composites
- Thermal conductivity
- Electical conductivity
- Barrier properties
- Suspension
- Powder
- Own patented process
- Reduced graphene oxide
- Multilayer (3-10 layers)
- 5-30
- 0-1 kg
Not yet, we are planning to do this
Our unique process is developed to be environmentally friendly. We use a renewable raw material and avoid toxic chemicals. We recycle and reuse as much as possible and continuously work to make our process even more environmentally friendly.
- Norway
- Europe
- Customized materials
Yes
- Bio-medical application
- Conductive inks
- Concrete and cement
- Energy storage (Batteries and supercapacitors)
- Films and coatings
- Metal composites
- Polymer composites
- Wearables
- Barrier properties
- Thermal conductivity
- Mechanical strengthening
- Integrated
- PE-CVD and other methods
- Graphene
- Monolayer
- Bilayer
- 0- 1
- 1-10
- 10-100
- South Korea
- Off-the-shelf product
- Customized materials
Yes
- Bio-medical application
- Electronic components (sensors/high frequency/NEMs or memories)
- Films and coatings
- Optoelectronics
- Wearables
- Barrier properties
- Electical conductivity
- Denmark
- Europe
- Customized materials
- Off-the-shelf product
- Final formulated products enhanced with graphene
Yes
- Conductive inks
- Concrete and cement
- Energy storage (Batteries and supercapacitors)
- Films and coatings
- Polymer composites
- Water or air filtration
- Wearables
- Electronic components (sensors
- high frequency
- NEMs or memories)
- Energy generation
- Barrier properties
- Corrosions protection
- Electical conductivity
- Mechanical strengthening
- Thermal conductivity
- Paste
- Suspension
- Electrochemical exfoliation
- Graphene oxide
- Reduced graphene oxide
- Functionalized graphene
- Bilayer
- Multilayer (3-10 layers)
- Graphite nanoplatelets (11 or more carbon layers)
- 0- 1
- 1-10
- 0-100
- 5-30
- 100-1000 kg
Not yet, we are planning to do this
We have developed our own system for electrochemical exfoliation of graphene which by itself is a very environmentally friendly process compared to many other manufacturing technologies. We are also looking into sourcing raw materials from waste streams to further improve the impact of our technology.
- Slovakia
- Europe
- Customized materials
- Off-the-shelf product
Yes
- Conductive inks
- Films and coatings
- Energy generation
- Electronic components (sensors
- high frequency
- NEMs or memories)
- Polymer composites
- Barrier properties
- Corrosions protection
- Electical conductivity
- Suspension
- foil (paper)
- Chemical exfoliation
- Graphene
- Graphene oxide
- Reduced graphene oxide
- Monolayer
- 10-100
- 100-500
- 0- 5
- 5-30
- 0-1 kg
No