UNLEASHING THE
GRAPHENE TECHNOLOGY
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The foremost authority in the realm of commercial graphene technology applications, setting the global standard for innovation and advancement in this transformative field.
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OUR PRODUCT
3D-GRAPHENE
ELECTRONS/HOLES MOBILITY
A factor of 100 higher than silicon
THERMAL CONDUCTIVITY
More than a factor of 10 higher than silver
TRANSMISSION RATE
Can transmit over 97% of incident light well above the 90% obtained with indium tin oxide
STRENGTH
More than two orders of magnitude greater than steel
GRAPHENE INDUSTRIES
OUR CORE INDUSTRIES
Graphene Foam
Battery Anode
Synthetic Fiber
Additives
01
WHAT IS IT?
Unlike regular graphene – a single layer of carbon atoms arranged in a honeycomb lattice – 3D graphene forms a three-dimensional network structure. This network can be composed of stacked graphene sheets, interconnected graphene tubes, or other complex configurations.
02
WHY IS IT IMPORTANT?
This 3D structure unlocks several advantages over traditional 2D graphene
ENCHANCED SURFACE AREA
Provides more space for interactions with molecules, ideal for adsorption, catalysis, and sensing applications.Improved electrical conductivity: Offers efficient pathways for electron flow, making it valuable for electronics and energy storage.Increased mechanical strength and flexibility: Enables its use in structural materials and composites with enhanced properties.
TAILORABLE PROPERTIES
The structure can be customized to optimize specific functionalities for diverse applications.
03
POTENTIAL APPLICATIONS
This 3D structure unlocks several advantages over traditional 2D graphene
01
ELECTRONICS
Next-generation batteries, supercapacitors, transistors, and flexible electronics.
02
ENERGY STORAGE AND CONVERSION
Efficient solar cells, fuel cells, and hydrogen storage systems.
03
COMPOSITES AND CONSTRUCTION MATERIALS
Lightweight, strong, and conductive materials for aerospace, automotive, and building applications
04
BIOMEDICAL APPLICATIONS
Drug delivery, biosensors, and tissue engineering.
04
CHALLENGES & OPPORTUNITIES
Scalable and cost-effective production remains a challenge, but significant advancements are being made.
Developing efficient methods for characterizing and controlling the complex 3D structures is crucial.Exploring new combinations of materials and functionalities further expands its potential applications.
Overall, 3D graphene is a young field with immense potential to revolutionize various industries. With ongoing research and development, this remarkable material is poised to shape a more sustainable and innovative future.
01
WHAT IS IT?
Unlike regular graphene – a single layer of carbon atoms arranged in a honeycomb lattice – 3D graphene forms a three-dimensional network structure. This network can be composed of stacked graphene sheets, interconnected graphene tubes, or other complex configurations.
02
WHY IS IT IMPORTANT?
03
POTENTIAL APPLICATIONS
04
CHALLENGES & OPPORTUNITIES
OUR PRODUCT
3D-GRAPHENE
ELECTRONS/HOLES MOBILITY
A factor of 100 higher than silicon
THERMAL CONDUCTIVITY
More than a factor of 10 higher than silver
TRANSMISSION RATE
Can transmit over 97% of incident light well above the 90% obtained with indium tin oxide
STRENGTH
More than two orders of magnitude greater than steel
GRAPHENE INDUSTRIES
OUR CORE INDUSTRIES
Graphene Foam
Battery Anode
Synthetic Fiber
Additives
01
WHAT IS IT?
Unlike regular graphene – a single layer of carbon atoms arranged in a honeycomb lattice – 3D graphene forms a three-dimensional network structure. This network can be composed of stacked graphene sheets, interconnected graphene tubes, or other complex configurations.
02
WHY IS IT IMPORTANT?
This 3D structure unlocks several advantages over traditional 2D graphene
ENCHANCED SURFACE AREA
Provides more space for interactions with molecules, ideal for adsorption, catalysis, and sensing applications.Improved electrical conductivity: Offers efficient pathways for electron flow, making it valuable for electronics and energy storage.Increased mechanical strength and flexibility: Enables its use in structural materials and composites with enhanced properties.
TAILORABLE PROPERTIES
The structure can be customized to optimize specific functionalities for diverse applications.
03
POTENTIAL APPLICATIONS
This 3D structure unlocks several advantages over traditional 2D graphene
01
ELECTRONICS
Next-generation batteries, supercapacitors, transistors, and flexible electronics.
02
ENERGY STORAGE AND CONVERSION
Efficient solar cells, fuel cells, and hydrogen storage systems.
03
COMPOSITES AND CONSTRUCTION MATERIALS
Lightweight, strong, and conductive materials for aerospace, automotive, and building applications
04
BIOMEDICAL APPLICATIONS
Drug delivery, biosensors, and tissue engineering.
04
CHALLENGES & OPPORTUNITIES
Scalable and cost-effective production remains a challenge, but significant advancements are being made.
Developing efficient methods for characterizing and controlling the complex 3D structures is crucial.Exploring new combinations of materials and functionalities further expands its potential applications.
Overall, 3D graphene is a young field with immense potential to revolutionize various industries. With ongoing research and development, this remarkable material is poised to shape a more sustainable and innovative future.
01
WHAT IS IT?
Unlike regular graphene – a single layer of carbon atoms arranged in a honeycomb lattice – 3D graphene forms a three-dimensional network structure. This network can be composed of stacked graphene sheets, interconnected graphene tubes, or other complex configurations.
02
WHY IS IT IMPORTANT?
03
POTENTIAL APPLICATIONS
04
CHALLENGES & OPPORTUNITIES
OUR PRODUCT
3D-GRAPHENE
ELECTRONS/HOLES MOBILITY
A factor of 100 higher than silicon
THERMAL CONDUCTIVITY
More than a factor of 10 higher than silver
TRANSMISSION RATE
Can transmit over 97% of incident light well above the 90% obtained with indium tin oxide
STRENGTH
More than two orders of magnitude greater than steel
GRAPHENE INDUSTRIES
OUR CORE INDUSTRIES
Graphene Foam
Battery Anode
Synthetic Fiber
Additives
01
WHAT IS IT?
Unlike regular graphene – a single layer of carbon atoms arranged in a honeycomb lattice – 3D graphene forms a three-dimensional network structure. This network can be composed of stacked graphene sheets, interconnected graphene tubes, or other complex configurations.
02
WHY IS IT IMPORTANT?
This 3D structure unlocks several advantages over traditional 2D graphene
ENCHANCED SURFACE AREA
Provides more space for interactions with molecules, ideal for adsorption, catalysis, and sensing applications.Improved electrical conductivity: Offers efficient pathways for electron flow, making it valuable for electronics and energy storage.Increased mechanical strength and flexibility: Enables its use in structural materials and composites with enhanced properties.
TAILORABLE PROPERTIES
The structure can be customized to optimize specific functionalities for diverse applications.
03
POTENTIAL APPLICATIONS
This 3D structure unlocks several advantages over traditional 2D graphene
01
ELECTRONICS
Next-generation batteries, supercapacitors, transistors, and flexible electronics.
02
ENERGY STORAGE AND CONVERSION
Efficient solar cells, fuel cells, and hydrogen storage systems.
03
COMPOSITES AND CONSTRUCTION MATERIALS
Lightweight, strong, and conductive materials for aerospace, automotive, and building applications
04
BIOMEDICAL APPLICATIONS
Drug delivery, biosensors, and tissue engineering.
04
CHALLENGES & OPPORTUNITIES
Scalable and cost-effective production remains a challenge, but significant advancements are being made.
Developing efficient methods for characterizing and controlling the complex 3D structures is crucial.Exploring new combinations of materials and functionalities further expands its potential applications.
Overall, 3D graphene is a young field with immense potential to revolutionize various industries. With ongoing research and development, this remarkable material is poised to shape a more sustainable and innovative future.
01
WHAT IS IT?
Unlike regular graphene – a single layer of carbon atoms arranged in a honeycomb lattice – 3D graphene forms a three-dimensional network structure. This network can be composed of stacked graphene sheets, interconnected graphene tubes, or other complex configurations.
02
WHY IS IT IMPORTANT?
03
POTENTIAL APPLICATIONS
04
CHALLENGES & OPPORTUNITIES
OUR PRODUCT
3D-GRAPHENE
ELECTRONS/HOLES MOBILITY
A factor of 100 higher than silicon
THERMAL CONDUCTIVITY
More than a factor of 10 higher than silver
TRANSMISSION RATE
Can transmit over 97% of incident light well above the 90% obtained with indium tin oxide
STRENGTH
More than two orders of magnitude greater than steel
GRAPHENE INDUSTRIES
OUR CORE INDUSTRIES
Graphene Foam
Battery Anode
Synthetic Fiber
Additives
01
WHAT IS IT?
Unlike regular graphene – a single layer of carbon atoms arranged in a honeycomb lattice – 3D graphene forms a three-dimensional network structure. This network can be composed of stacked graphene sheets, interconnected graphene tubes, or other complex configurations.
02
WHY IS IT IMPORTANT?
This 3D structure unlocks several advantages over traditional 2D graphene
ENCHANCED SURFACE AREA
Provides more space for interactions with molecules, ideal for adsorption, catalysis, and sensing applications.Improved electrical conductivity: Offers efficient pathways for electron flow, making it valuable for electronics and energy storage.Increased mechanical strength and flexibility: Enables its use in structural materials and composites with enhanced properties.
TAILORABLE PROPERTIES
The structure can be customized to optimize specific functionalities for diverse applications.
03
POTENTIAL APPLICATIONS
This 3D structure unlocks several advantages over traditional 2D graphene
01
ELECTRONICS
Next-generation batteries, supercapacitors, transistors, and flexible electronics.
02
ENERGY STORAGE AND CONVERSION
Efficient solar cells, fuel cells, and hydrogen storage systems.
03
COMPOSITES AND CONSTRUCTION MATERIALS
Lightweight, strong, and conductive materials for aerospace, automotive, and building applications
04
BIOMEDICAL APPLICATIONS
Drug delivery, biosensors, and tissue engineering.
04
CHALLENGES & OPPORTUNITIES
Scalable and cost-effective production remains a challenge, but significant advancements are being made.
Developing efficient methods for characterizing and controlling the complex 3D structures is crucial.Exploring new combinations of materials and functionalities further expands its potential applications.
Overall, 3D graphene is a young field with immense potential to revolutionize various industries. With ongoing research and development, this remarkable material is poised to shape a more sustainable and innovative future.
01
WHAT IS IT?
Unlike regular graphene – a single layer of carbon atoms arranged in a honeycomb lattice – 3D graphene forms a three-dimensional network structure. This network can be composed of stacked graphene sheets, interconnected graphene tubes, or other complex configurations.
02
WHY IS IT IMPORTANT?
03
POTENTIAL APPLICATIONS
04
CHALLENGES & OPPORTUNITIES
WHY CARBONEXT?
WE COMMITED TO PRODUCE HIGH QUALITY 3D-GRAPHENE
We rewrite the rules of materials science with our transformative 3D Graphene, empowering a cleaner, brighter future.
01
NOVELTY TECHNOLOGY
Our technology includes a scalable, reproducible and continuous process of producing graphene.
02
QUALITY 3D-GRAPHENE
Our 3D Graphene pushes the boundaries of what materials can do.
03
COST EFFECTIVENESS
Our affordable process turns low-cost materials into graphene, unlocking its market potential economically.
04
GREEN TECHNOLOGY
Sustainable graphene from industrial waste, surpassing traditional manufacturing methods.
SERVICES
OUR SERVICES
OUR SERVICES
While Carbonext's primary focus is producing and manufacturing their unique 3D-Graphene, they offer several related services for businesses and researchers interested in utilizing this innovative material
While Carbonext's primary focus is producing and manufacturing their unique 3D-Graphene, they offer several related services for businesses and researchers interested in utilizing this innovative material
MATERIAL SUPPLY
They provide various forms of their 3D Graphene as bulk powders, dispersions, or tailored composites, depending on specific application needs.They offer customization options to optimize the 3D Graphene's properties for specific use cases.
MATERIAL SUPPLY
They provide various forms of their 3D Graphene as bulk powders, dispersions, or tailored composites, depending on specific application needs.They offer customization options to optimize the 3D Graphene's properties for specific use cases.
MATERIAL SUPPLY
They provide various forms of their 3D Graphene as bulk powders, dispersions, or tailored composites, depending on specific application needs.They offer customization options to optimize the 3D Graphene's properties for specific use cases.
TECHNICAL SUPPORT AND COLLABORATION
Carbonext provides expert guidance and technical assistance to customers integrating their 3D Graphene into their products and processes.They collaborate with research institutions and companies on joint development projects to explore new applications and optimize performance.
TECHNICAL SUPPORT AND COLLABORATION
Carbonext provides expert guidance and technical assistance to customers integrating their 3D Graphene into their products and processes.They collaborate with research institutions and companies on joint development projects to explore new applications and optimize performance.
TECHNICAL SUPPORT AND COLLABORATION
Carbonext provides expert guidance and technical assistance to customers integrating their 3D Graphene into their products and processes.They collaborate with research institutions and companies on joint development projects to explore new applications and optimize performance.
KNOWLEDGE SHARING & RESOURCES
Carbonext regularly hosts webinars, workshops, and conferences to educate the public and industry professionals about 3D Graphene and its potential.They provide technical datasheets, white papers, and other resources on their website and through partnerships with scientific publications.
KNOWLEDGE SHARING & RESOURCES
Carbonext regularly hosts webinars, workshops, and conferences to educate the public and industry professionals about 3D Graphene and its potential.They provide technical datasheets, white papers, and other resources on their website and through partnerships with scientific publications.
KNOWLEDGE SHARING & RESOURCES
Carbonext regularly hosts webinars, workshops, and conferences to educate the public and industry professionals about 3D Graphene and its potential.They provide technical datasheets, white papers, and other resources on their website and through partnerships with scientific publications.
CONSULTING & FEASIBILITY STUDIES
Carbonext offers consulting services to help companies assess the potential of 3D Graphene for their specific needs and applications.They conduct feasibility studies to evaluate the technical and economic viability of integrating 3D Graphene into existing production processes.
CONSULTING & FEASIBILITY STUDIES
Carbonext offers consulting services to help companies assess the potential of 3D Graphene for their specific needs and applications.They conduct feasibility studies to evaluate the technical and economic viability of integrating 3D Graphene into existing production processes.
CONSULTING & FEASIBILITY STUDIES
Carbonext offers consulting services to help companies assess the potential of 3D Graphene for their specific needs and applications.They conduct feasibility studies to evaluate the technical and economic viability of integrating 3D Graphene into existing production processes.
PARTNERS
OUR PARTNERSHIP
OUR PARTNERSHIP
We are a member of Greentown Labs and backed by a leading global accelerator Techstars. We are open to partnerships and collaboration.
We are a member of Greentown Labs and backed by a leading global accelerator Techstars. We are open to partnerships and collaboration.
A GLIMPSE INTO WHO WE ARE
WE ARE A COMPANY WHO PRODUCES 3D-GRAPHENE TECHNOLOGY
We are Carbonext, a passionate collective of scientists, engineers, and dreamers united by a singular vision: to unlock the extraordinary potential of 3D Graphene. We collaborate, we innovate, and we challenge the status quo. With every breakthrough, we inch closer to a world where sustainability and performance coexist, where waste becomes wonder, and where possibilities truly have no limit
The foremost authority in the realm of commercial graphene technology applications
SUBSCRIBE TO OUR NEWSLETTER TO
STAY TOUCH WITH THE LATEST
2023 Carbonext.inc
PRIVACY AND POLICY
TERMS AND CONDITION
MADE BY VYRTUAL
The foremost authority in the realm of commercial graphene technology applications
SUBSCRIBE TO OUR NEWSLETTER TO STAY TOUCH WITH THE LATEST
2023 Carbonext.inc
PRIVACY AND POLICY
TERMS AND CONDITION
MADE BY VYRTUAL
The foremost authority in the realm of commercial graphene technology applications
SUBSCRIBE TO OUR NEWSLETTER TO
STAY TOUCH WITH THE LATEST
2023 Carbonext.inc
PRIVACY AND POLICY
TERMS AND CONDITION
MADE BY VYRTUAL