Graphene Research Grade

Details and Specifications of Graphene Research Grade

The Graphene research grade is the purest form of graphene powder mainly used for the sensors making and research application. The number of graphene layers is only 1 to 2, which makes it lighter in weight. This material is available in the very fine powder form. The appearance of the material is in black. It is highly conductive material, hence it is also used as conductive ink for making the circuits. 

Generally, it is also known by “single or monolayer graphene”, which is the only 2D material present on the earth. This is a very strong and sturdy material. It is a carbon-based material, where each layer is a monoatomic. It mainly used in a research and development organization, educational institutes, and scientific laboratories. 

The Purity of the product is greater than 99.9%. As per the characterization analysis data, the length of the nanoparticle is 5 to 10 nanometers, while the average diameter is 5 microns. The average surface area is around 1000 m2/g, whereas, in composition, the percentage of carbon is more than 99.7%.

Characteristics of Research-Grade Graphene

• It has a very large surface area, ideal for sensors, catalysts, and electrochemical studies.
• Has a high aspect ratio that enhances both mechanical strength and electrical conductivity.
• Displays uniform flake size and excellent structural stability.
• Contains very low impurities and a precisely controlled composition for consistent, reliable, and accurate measurements.
• Appears as a fine, black, fluffy powder with nano-scale thickness suitable for advanced surface applications.
• Easily dispersible in powder or liquid form. This is ideal for conductive inks, coatings, and nanocomposites.

Available Forms of Research Grade Graphene

• Powder: This common form is used in research to mix with other materials and test their properties.
• Nanoplatelets: These are used to strengthen composites and to study materials with specific thicknesses.
• Liquid Dispersions: Often used in printed electronics, conductive inks, and making sensors.
• Films/Sheets: Used to create prototypes and study thin-film devices.

Applications of Research Grade Graphene

Research-grade graphene is commonly used in printed circuits, conductive inks, and microelectronic parts due to its excellent strength, flexibility, and electrical conductivity. It is a powerful reinforcing material that increases durability, stiffness, and efficiency when added to polymer nanocomposites. Such composites are widely used in advanced sports equipment, automotive, and aerospace industries. Graphene-based films and sensors are also valuable in biomedical devices, enabling accurate detection, drug delivery, and biosensing applications. Graphene’s excellent thermal properties make it useful in conductive composites and energy systems. It is also used in electronic packaging, heat sinks, thermal interface materials, and EMI shielding to ensure efficient heat dissipation and stable conductivity. Research-grade graphene improves the energy storage of lithium-ion and sodium-ion batteries by boosting capacity, charge rate, and cycle life. These benefits make it highly useful for electric vehicles, renewable energy grids, and next-generation electronic devices.

Handling Guidance for Research Grade Graphene

• Wear gloves (non-latex preferred) to avoid contamination.
• Avoid breathing dust, use a dust mask, or work in a fume hood.
• Minimize dust generation by handling the material damply when possible.
• Use protective goggles and an apron or lab coat to prevent exposure to the eyes and skin.
• Keep tightly sealed in a dry and well-ventilated area to prevent moisture uptake.

Why Choose Us?

Shilpent supply the best quality material at a reasonable price. We supply material worldwide through our logistics network. We also provide dispersed solution of the research-grade graphene as per required customization.