Graphene Series: High-Quality Graphene Nanomaterials for Research & Industry

Graphene and its derivatives are among the most important carbon nanomaterials in modern nanotechnology and material science. Thanks to their unique atomic structure, graphene-based materials can be engineered into multiple functional forms for energy systems, conductive materials, coatings, and advanced composites.

Graphene-based nanomaterials are widely used in energy storage systems, conductive materials, polymer composites, coatings, and other advanced nanotechnology applications. Each graphene variant, however, has distinct physical and chemical properties, making material selection critical for achieving optimal performance in both research and industrial applications.

Explore the full range of advanced graphene nanomaterials from ITNANO, including Graphene Oxide (GO), Reduced Graphene Oxide (rGO), Carboxyl Graphene, Conductive Graphene, Graphene Nanoplatelets, as well as Hydrogel and Aerogel for energy, electronics, coating, and composite applications — see the full catalog here.

Graphene Oxide (GO)

Graphene Oxide is a highly dispersible graphene derivative widely used in functional coatings, membranes, and polymer modification.

Key characteristics:

•      Oxygen functional groups (hydroxyl, epoxy, carboxyl)

•      High water dispersibility

•      Reactive surface chemistry

Common applications:

•      Coatings & thin films

•      Filtration membranes

•      Polymer composites

•      Biomedical research

→ Explore Graphene Oxide (GO) here

Reduced Graphene Oxide (rGO)

Reduced Graphene Oxide offers improved electrical conductivity and is widely used in energy storage and conductive material applications.

Common applications:

•      Batteries & supercapacitors

•      Conductive coatings

•      Sensors & electronics

•      Energy material research

→ Explore Reduced Graphene Oxide (rGO) here

Carboxyl Graphene (rGO-COOH)

Carboxyl Graphene enhances chemical bonding and interface interaction in composite systems.

Common applications:

•      Polymer reinforcement

•      Advanced composites

•      Surface modification

•      Functional coatings

→ Explore Carboxyl Graphene (rGO-COOH) here

Graphene Conductive Grade

Designed for stable electrical performance in electronic and conductive material systems.

Common applications:

•      Conductive inks

•      EMI shielding

•      Electronic components

•      Battery electrodes

→ Explore Graphene Conductive Grade here

Graphene Nanoplatelets (GNP)

High-performance graphene stacks used in mechanical reinforcement and thermal management systems.

Common applications:

•      Polymer composites

•      Automotive materials

•      Aerospace engineering

•      Thermal interface materials

→ Explore Graphene Nanoplatelets (GNP) here

Graphene Hydrogel

A 3D porous graphene structure used in flexible and energy-related applications.

Common applications:

•      Energy storage devices

•      Flexible sensors

•      Biomedical scaffolds

•      Environmental absorption systems

→ Explore Graphene Hydrogel here

Graphene Aerogel

Ultra-light porous graphene material for extreme-performance applications.

Common applications:

•      Oil absorption

•      Thermal insulation

•      Lightweight structures

•      Environmental engineering

→ Explore Graphene Aerogel here

Why Choose Graphene Series from ITNANO

Graphene materials are not interchangeable. Each type is engineered for a specific function, whether that's conductivity, reinforcement, or surface chemistry.

The Graphene Series is designed to support consistent material performance for research, prototyping, and industrial nanotechnology applications, ensuring reliable results in advanced material development. This product line supports advanced nanomaterials research, industrial R&D, and next-generation material science applications.

→ Explore and purchase high-quality Graphene Series from ITNANO