Shilpa Enterprises

• High aspect ratio & porosity
• Very high electro-sorption capacity
• Very thin exfoliated sheet
• Ultimately High Purit

• Thickness Average Z Dimension: 0.8~ 2nm
• Product Purity: >98.8%
• Number of Layers: Average no. of layers 3-6

Additional Information:

• Item Code: RGO-001
• Pay Mode Terms: L/C (Letter of Credit),T/T (Bank Transfer),D/P,D/A,Other
• Port of Dispatch: Nagpur
• Production Capacity: 100 kg per month
• Delivery Time: 3-4 Days depends on the availability
• Packaging Details: We dispatched the product with our Excellent packing in the double corrugated boxes.

• High aspect ratio & porosity
• Very high electro-sorption capacity
• Very thin exfoliated sheet
• Ultimately High Purity

• Thickness - 0.8~2 nm
• Carbon Purity - ~99%
• Number of Layers - Average number of layers 3-6

Rs 3345/ 10gm

MOQ : 10

Additional Information:

• Item Code: GO-001
• Pay Mode Terms: L/C (Letter of Credit),T/T (Bank Transfer),D/P,D/A,Other
• Port of Dispatch: Nagpur
• Production Capacity: 100 kg per month
• Delivery Time: 3-4 Days depends on the availability
• Packaging Details: We dispatched the product with our Excellent packing in the double corrugated boxes.

The hydroxyl graphene is a functionalized form of graphene, where it is also known as (-OH) group graphene. In this, the (-OH) functional group attached to the 2D graphene through the chemical vapor deposition process. Mainly it is available in the powder form as well as dispersed form, where it is easily soluble in the water and other solvents. Generally, it is back in color.

The purity of this material is more than 99%, whereas the layers present in 3-6 numbers. The average diameter is 5 microns, and the thickness of the particle is 3-6nm. It has a very high aspect, ration with excellent strength. The average surface area is more than 150 square meters per gram, and the bulk density is 0.25 gm/cc.

The hydroxyl graphene is a functionalized form of graphene, where it is also known as (-OH) group graphene. In this, the (-OH) functional group attached to the 2D graphene through the chemical vapor deposition process. Mainly it is available in the powder form as well as dispersed form, where it is easily soluble in the water and other solvents. Generally, it is back in color.

The purity of this material is more than 99%, whereas the layers present in 3-6 numbers. The average diameter is 5 microns, and the thickness of the particle is 3-6nm. It has a very high aspect, ration with excellent strength. The average surface area is more than 150 square meters per gram, and the bulk density is 0.25 gm/cc.

Graphene Oxide Powder (GO) is a formulation of graphite being treated with oxidizers. The chemical bondage of carbon, oxygen, and hydrogen in ratios results in a yellowish solid bulk product with a C:O ratio between 2.1 and 2.9. Graphite is an allotrope of carbon and occurs naturally. It has stacked up layers of honeycomb lattice-shaped structure with a two-dimensional arrangement of graphene. It can be further processed to change or enhance some features to make it more efficient to use. Reduced GO (RGO), Chemically Modified Graphene (CMG), or Chemically Converted Graphene (CCG) are types that are derived from it.

At Shilpa Enterprises, we produce graphene oxide by the Modified Hummers Method. Alternatively, we sometimes use the chemical vapor deposition method, as it is convenient. Graphene oxide contains 77% carbon and 22% oxygen, whereas 1% other elements. The GO has a Carbon Purity of approximately 99% and a bulk density of 0.48g/cc. Our product has an excellent aspect ratio where the length of the product reaches 5 to 10μm. It is black in color with 1 to 3 layers having a thickness of about 2 to 4 nanometers. It has a very high electro-sorption capacity.

We sell regular as well as customized pack sizes of Graphene oxide powder. It is also available in disperse form. Researchers can also find relatable and helpful functional groups of graphene oxide at a low-cost, exhibiting the best quality possible.

Additional Information:

• Item Code: GO-010

Graphene Oxide Powder (GO) is a formulation of graphite being treated with oxidizers. The chemical bondage of carbon, oxygen, and hydrogen in ratios results in a yellowish solid bulk product with a C:O ratio between 2.1 and 2.9. Graphite is an allotrope of carbon and occurs naturally. It has stacked up layers of honeycomb lattice-shaped structure with a two-dimensional arrangement of graphene. It can be further processed to change or enhance some features to make it more efficient to use. Reduced GO (RGO), Chemically Modified Graphene (CMG), or Chemically Converted Graphene (CCG) are types that are derived from it.

At Shilpa Enterprises, we produce graphene oxide by the Modified Hummers Method. Alternatively, we sometimes use the chemical vapor deposition method, as it is convenient. Graphene oxide contains 77% carbon and 22% oxygen, whereas 1% other elements. The GO has a Carbon Purity of approximately 99% and a bulk density of 0.48g/cc. Our product has an excellent aspect ratio where the length of the product reaches 5 to 10μm. It is black in color with 1 to 3 layers having a thickness of about 2 to 4 nanometers. It has a very high electro-sorption capacity.

We sell regular as well as customized pack sizes of Graphene oxide powder. It is also available in disperse form. Researchers can also find relatable and helpful functional groups of graphene oxide at a low-cost, exhibiting the best quality possible.

Additional Information:

• Item Code: GO-025

Graphene Oxide Powder (GO) is a formulation of graphite being treated with oxidizers. The chemical bondage of carbon, oxygen, and hydrogen in ratios results in a yellowish solid bulk product with a C:O ratio between 2.1 and 2.9. Graphite is an allotrope of carbon and occurs naturally. It has stacked up layers of honeycomb lattice-shaped structure with a two-dimensional arrangement of graphene. It can be further processed to change or enhance some features to make it more efficient to use. Reduced GO (RGO), Chemically Modified Graphene (CMG), or Chemically Converted Graphene (CCG) are types that are derived from it.

At Shilpa Enterprises, we produce graphene oxide by the Modified Hummers Method. Alternatively, we sometimes use the chemical vapor deposition method, as it is convenient. Graphene oxide contains 77% carbon and 22% oxygen, whereas 1% other elements. The GO has a Carbon Purity of approximately 99% and a bulk density of 0.48g/cc. Our product has an excellent aspect ratio where the length of the product reaches 5 to 10μm. It is black in color with 1 to 3 layers having a thickness of about 2 to 4 nanometers. It has a very high electro-sorption capacity.

We sell regular as well as customized pack sizes of Graphene oxide powder. It is also available in disperse form. Researchers can also find relatable and helpful functional groups of graphene oxide at a low-cost, exhibiting the best quality possible.

Additional Information:

• Item Code: GO-050

Additional Information:

• Delivery Time: 3-4 Days
• Packaging Details: Box

Reduced Graphene Oxide (rGO), as the name suggests, is a compound (reduced form of graphene oxide) that attains by the synthesis of graphene oxide by reducing oxygen in it. Graphene oxide is a compound of graphene that consists of carbon, oxygen, and hydrogen, which undergoes thermal, chemical, and many other rigorous methods to remove the oxygen groups. Ultimately it eliminates the demerits of graphene oxide and restoring conductivity.

The reduction of graphene is one of the most cost-effective methods to reach the properties of pristine graphene. The initial component is graphene, which is synthesis from graphite, is a single-layer hexagonal structure compound that is an allotrope of carbon. It is considered a strong material on earth and has numerous applications from defense to electronics and textiles. Usually, reduced graphene oxide is available in powder form; however, the researchers can perform dispersion by their requirements or buy the dispersed state.

The client can purchase it in powder and disperse form at a low-cost and efficient price. It is available per gram or kg and is customizable according to the client's needs if the order is in bulk.

Additional Information:

• Item Code: RGO-Dispersion
• Production Capacity: 100 Litre
• Delivery Time: 3-4days
• Packaging Details: 100ml per pack

Additional Information:

• Item Code: GrapheneBattery-001
• Delivery Time: 3-4 Days
• Packaging Details: BOX

Graphene Nanoplatelets are nanoparticles of graphene derived from the original graphite by performing various methods such as thermal shock, chemical exfoliation, shearing, or processing in a plasma reactor. They are 2 to 10 nanometers thick stacks of graphene with a diameter of about 2 to 7 micrometers. They appear as flakes of graphite but more in a platelet (disc-shaped) form and have a high aspect ratio of thinness to width.

The graphene nanoplatelets can disperse quickly in chemical compounds, and thus it becomes easy to use them in the modification of various other materials. It significantly changes the properties of the materials like plastics, polymers, nylons, rubber, ceramics, and many more. It makes them stronger, harder, and more robust to use in electrical and thermal applications, increasing these composite surface roughness and barrier ability. Functionalization of the product advances its properties, making it open to more possibilities of compositions. The carbon percentage available in the product is at least 98%.

We, at Shilpa enterprises, manufacture and sell graphene nanoplatelets. The product is blackish-brown in color, and dry powder flakes form with a pack size of 25 grams, 100 grams, 250 grams, 1000 grams. We can also make it available for the customer in dispersed form according to their requirements. We also develop the functional groups of the same as per the demands of our clients. We provide per piece or order in a bulk facility. Customization of the product is possible for bulk orders only.

The functional group Carboxyl (-COOH) is attached to Graphene, which ultimately forms carboxyl graphene. It manufactured through the Chemical Vapour Deposition Process. It is also called as COOH functionalism graphene. The carboxyl functionalized graphene is non-conducive in nature. The functionalized product is far better than the non-functionalized one, where the (-COOH) enhances the performance of the graphene. It is available in the powder form, whereas it also produced in a dispersed solution as per request. It is dark grey in appearance. It has high electrical and Thermal conductivity.  

The purity of the material is above 97%. According to the analysis report, the thickness of the particles is 0.8 - 1.6nm, and the average diameter is 1 to 10 microns. In this case, the number of the layer is in the range of 3 to 6. The average particle surface area is around 210- 300 m2/g. 

The hydroxyl graphene is a functionalized form of graphene, where it is also known as (-OH) group graphene. In this, the (-OH) functional group attached to the 2D graphene through the chemical vapor deposition process. Mainly it is available in the powder form as well as dispersed form, where it is easily soluble in the water and other solvents. Generally, it is back in color.

The purity of this material is more than 99%, whereas the layers present in 3-6 numbers. The average diameter is 5 microns, and the thickness of the particle is 3-6nm. It has a very high aspect, ration with excellent strength. The average surface area is more than 150 square meters per gram, and the bulk density is 0.25 gm/cc.

The functional group Carboxyl (-COOH) is attached to Graphene, which ultimately forms carboxyl graphene. It manufactured through the Chemical Vapour Deposition Process. It is also called as COOH functionalism graphene. The carboxyl functionalized graphene is non-conducive in nature. The functionalized product is far better than the non-functionalized one, where the (-COOH) enhances the performance of the graphene. It is available in the powder form, whereas it also produced in a dispersed solution as per request. It is dark grey in appearance. It has high electrical and Thermal conductivity.  

The purity of the material is above 97%. According to the analysis report, the thickness of the particles is 0.8 - 1.6nm, and the average diameter is 1 to 10 microns. In this case, the number of the layer is in the range of 3 to 6. The average particle surface area is around 210- 300 m2/g. 

The functional group Carboxyl (-COOH) is attached to Graphene, which ultimately forms carboxyl graphene. It manufactured through the Chemical Vapour Deposition Process. It is also called as COOH functionalism graphene. The carboxyl functionalized graphene is non-conducive in nature. The functionalized product is far better than the non-functionalized one, where the (-COOH) enhances the performance of the graphene. It is available in the powder form, whereas it also produced in a dispersed solution as per request. It is dark grey in appearance. It has high electrical and Thermal conductivity.  

The purity of the material is above 97%. According to the analysis report, the thickness of the particles is 0.8 - 1.6nm, and the average diameter is 1 to 10 microns. In this case, the number of the layer is in the range of 3 to 6. The average particle surface area is around 210- 300 m2/g. 

The functional group Carboxyl (-COOH) is attached to Graphene, which ultimately forms carboxyl graphene. It manufactured through the Chemical Vapour Deposition Process. It is also called as COOH functionalism graphene. The carboxyl functionalized graphene is non-conducive in nature. The functionalized product is far better than the non-functionalized one, where the (-COOH) enhances the performance of the graphene. It is available in the powder form, whereas it also produced in a dispersed solution as per request. It is dark grey in appearance. It has high electrical and Thermal conductivity.  

The purity of the material is above 97%. According to the analysis report, the thickness of the particles is 0.8 - 1.6nm, and the average diameter is 1 to 10 microns. In this case, the number of the layer is in the range of 3 to 6. The average particle surface area is around 210- 300 m2/g. 

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.