Shilpa Enterprises

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%.

Industrial-grade graphene is a bulk form of graphene made for real industrial manufacturing. It consists of thin carbon sheets stacked into several layers. When mixed with other materials, these tiny flakes improve strength, thermal conductivity, and electrical performance. Industrial-grade graphene offers the benefits of advanced nanomaterials while still being affordable and easy to scale.

This grade of graphene typically consists of layers of carbon arranged in a hexagonal pattern. It is produced by breaking down graphite into very thin flakes. The material looks like a light, fluffy black powder with a high aspect ratio, meaning the flakes are wide but extremely thin. Because of this shape, only a small amount can greatly improve a product.

Industrial-grade graphene is a practical and powerful nanomaterial that boosts the performance of everyday industrial products. It combines mechanical strength, energy efficiency, and material innovation in a form that can be produced at a large scale. It is packed in moisture-safe containers for easier industrial use. With its wide use in composites, coatings, electronics, and structural materials, it continues to shape the future of advanced manufacturing.

The purity of the industrial grade is more than 98%. As per the SEM and TEM analysis, the thickness is less than 15nm, whereas the average particle diameter is 10 to 15 microns. The specific surface areas are 120 to 150 sqm/gram. 

Industrial-grade graphene is a bulk form of graphene made for real industrial manufacturing. It consists of thin carbon sheets stacked into several layers. When mixed with other materials, these tiny flakes improve strength, thermal conductivity, and electrical performance. Industrial-grade graphene offers the benefits of advanced nanomaterials while still being affordable and easy to scale.

This grade of graphene typically consists of layers of carbon arranged in a hexagonal pattern. It is produced by breaking down graphite into very thin flakes. The material looks like a light, fluffy black powder with a high aspect ratio, meaning the flakes are wide but extremely thin. Because of this shape, only a small amount can greatly improve a product.

Industrial-grade graphene is a practical and powerful nanomaterial that boosts the performance of everyday industrial products. It combines mechanical strength, energy efficiency, and material innovation in a form that can be produced at a large scale. It is packed in moisture-safe containers for easier industrial use. With its wide use in composites, coatings, electronics, and structural materials, it continues to shape the future of advanced manufacturing.

The purity of the industrial grade is more than 98%. As per the SEM and TEM analysis, the thickness is less than 15nm, whereas the average particle diameter is 10 to 15 microns. The specific surface areas are 120 to 150 sqm/gram. 

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%.