Graphene Dispersion In required solvent supplied in Small Quantity for Researchers and In bulk quantity of Graphene Dispersion In required solvent to companies and institutes for application developments at the very cheapest price. please contact us for a quote. Our products are packaged in suitable, secure, tamper-proof enclosures. We have free delivery of Graphene Dispersion In the required solvent in India and also we can deliver globally.
ADGO-DMF We manufacture stable Dispersion of up to 3% Graphene Oxide in DMF with high shell life to fulfil the customer’s needs. The suspended Graphene Oxide is produced by the modified hummer’s method. To customize the % of Graphene Oxide Dispersion in DMF and effectively serve your dispersion needs kindly contact us Solid Content 1 mg/ml – 30 mg/ml Number of Layers 1-3 Thickness (Z)5 µm Colour Yellow – Brown Applications of Graphene Oxide Dispersion In DMF 3D Printing Energy Storage Flexible Electronics Solar Cells Polymer Nanocomposites Supercapacitor Electrodes Advantages of Graphene Oxide Dispersion In DMF High Solubility: Graphene oxide disperses well in DMF due to its strong solvent power, resulting in a stable and uniform dispersion without agglomeration. Improved Electrical Properties: The stable dispersion of graphene oxide in DMF maintains its electrical conductivity, enhancing the performance of electronics and energy storage devices. Uniform Film Formation: Dispersion in DMF ensures smooth and consistent thin film deposition, improving the quality of coatings used in electronics, optoelectronics, and energy devices. Enhanced Mechanical Properties: When used in composites, DMF dispersion ensures the even distribution of graphene oxide, improving the mechanical strength and flexibility of the resulting material. High Thermal Stability: Graphene oxide dispersed in DMF exhibits excellent thermal stability, making it ideal for applications requiring heat resistance, such as catalysis and high-performance coatings. Non-Agglomerating Dispersion: DMF helps to maintain a uniform suspension of graphene oxide particles, preventing clumping or agglomeration, which is crucial for consistent material performance. High Surface Area: The dispersion in DMF retains the high surface area of graphene oxide, which is beneficial for catalytic applications, energy storage, and sensor technologies. Packing, Pricing & Delivery Graphene oxide Dispersion In DMF supplied in Small Quantity for Researchers and In bulk quantity of GO Dispersion In DMF to companies and institutes for application developments at the very cheapest price. please contact us for a quote. Our products are packaged in suitable, secure, tamper-proof enclosures. We have free delivery of GO Dispersion In DMF in India and also we can deliver globally. Warranties and Disclaimers Ad-Nano Technologies Private limited (ANT) warrants that its products shall conform to the description of such products as provided by ANT through ANT’s literature. This warranty is exclusive, and ANT makes no other warranty, like merchantability or fitness for any particular purpose. ANT’s warranties made in connection with any sale shall not be effective if ANT has determined, in its sole discretion, that the Buyer has misused the products in any manner. ANT shall not, in any event, be liable for incidental, consequential or special damages of any kind resulting from any use or failure of the products. This product is for R&D use only, Not for other uses. Please consult us for safe handling information.
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Multi Walled Carbon Nanotubes (MWCNT) produced by the catalytic carbon vapor deposition (CVD) process further, Purified with multiple points of quality checks. Purity~99% Diameter~5-15 nm Length<50 µ Molecular Formula MWCNT Surface Area~250 – 310 m 2/g Bulk Density 0.058 g/cm 3 Advantages of Multi Walled Carbon Nanotubes Exceptional Mechanical Strength MWCNT have superior elasticity and strength and are best used to reinforce composite materials. Their tubular shape and strong carbon bonds improve the strength and stability of materials like plastics, metals, and ceramics. Superior Electrical Conductivity MWCNT have high electrical conductivity because of their special structure. They are suitable conductive fillers in composite materials, which help to create lightweight conductive plastics and coatings. Enhanced Thermal Conductivity MWCNT possess extremely high thermal conductivity than most traditional materials and are thus effective heat dissipation materials in electronic devices. They ensure no overheating and enhance the efficiency of devices. Chemical Stability and Corrosion Resistance MWCNT have excellent chemical stability, which makes them durable in extreme conditions. They are protective coatings, offering corrosion and wear resistance. Efficient Energy Storage Due to their high surface area and electrical conductivity, MWCNT enhance the efficiency of energy storage devices. They facilitate faster charge and discharge cycles, improving battery capacity and longevity. Applications of Multi Walled Carbon Nanotubes 1. Semiconductors and Electronics 2. Batteries and Energy Storage 3. Aerospace and Automobile Applications 4. Industrial and Structural Materials 5. Electromagnetic shielding 6. Lithium-ion batteries, supercapacitors, and fuel cells MANUFACTURING OF MULTI-WALLED CARBON NANOTUBES Along with the powder form, we can also provide it in dispersion or incorporate it with various matrixes. Packing, Pricing & Delivery Multi walled carbon nanotubes is supplied in Small Quantities for Researchers and In bulk quantity of MWCNT to companies and institutes for application developments at the very cheapest price. please contact us for a quote. Our products are packaged in Suitable, Secure, Tamper-proof enclosures. We have free delivery of MWCNT in India and also we can deliver globally. Warranties and Disclaimers Ad-Nano Technologies Private limited (ANT) warrants that its products shall conform to the description of such products as provided by ANT through ANT’s literature. This warranty is exclusive, and ANT makes no other warranty, like merchantability or fitness for any particular purpose. ANT’s warranties made in connection with any sale shall not be effective if ANT has determined, in its sole discretion, that the Buyer has misused the products in any manner. ANT shall not, in any event, be liable for incidental, consequential or special damages of any kind resulting from any use or failure of the products. This product is for R&D use only, Not for other uses. Please consult us for safe handling information.
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Graphene paints and coating grade (ADGP) have good dispersion properties in various solvent of paint industries. It will enhance the barrier properties, reduces the risk of corrosion and extends the life span of the coated surface and environmental friendly coating. Purity99% Thickness~1-5 nm Paerticle Size D50: <10 µ Surface Area~200 m2/g Bulk Density 0.05 g/cm3 Advatnages of Graphene For Paints and Coating Exceptional Waterproofing Graphene reinforced formulations create an effective barrier against water penetration. This advanced capability prevents moisture damage and protects exterior surfaces from weathering effects. Structural Protection Graphene in exterior paints also provides added protection to concrete structures. It prevents the penetration of CO2 to the interior, which will prevent rusting of the internal rebar, ensuring that the structure lasts long. Upgraded Durability Graphene implemented paints and coatings offer great durability, ideal for long term protection. They can withstand harsh weather conditions, ensuring walls remain robust and intact for years. Its excellent impermeability to gases, liquids, and corrosive substances makes it an ideal candidate for enhancing the barrier properties of anti-corrosion coatings. Graphene paint and coating grades have strong bonding properties enable improved adhesion between the coating and the substrate, ensuring better protection against corrosion. Applications of Graphene For Paints and Coating 1. Anti-Corrosion Coatings Ideal for marine, industrial, and automotive applications where metal surfaces are exposed to harsh environments. 2. UV-Resistant Coatings - Graphene-enhanced coatings resist UV degradation, preventing color fading. - Suitable for exterior applications exposed to sunlight. 3. Buildings Graphene’s high performance reduces the need for multiple layers of paint, lowering material consumption. Additionally, its durability minimizes the need for frequent repainting, reducing environmental impact over time. 4. Scratch-Resistant and Durable Finishes - For durability and aesthetics are very importent. Graphene-based paints ensure commercial properties maintain their professional appearance despite high exposure to urban pollution. - When this grade is incorporated into the primer with less zinc content, it forms a dense and impermeable barrier layer that prevents moisture, oxygen, and corrosive agents from reaching the substrate. Along with the powder form, we can also provide it in dispersion or incorporate it with various solvents used for paints and coating. Dispersion We provide the customized composition of ADGP in various organic solvents such as Water, Xylene, DMF, DMA, and Much more Packing, Pricing & Delivery Graphene Paints and Coating Grade is supplied in Small Quantities for Researchers and in bulk quantity of graphene P to companies and institutes for application developments at the very cheapest price. please contact us for a quote. Our products are packaged in suitable, secure, tamperproof enclosures. We have free delivery of Graphene paints and coating in India and, we can deliver globally.
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Reduced Graphene Oxide (rGO) is a chemically or thermally treated form of Graphene Oxide (GO) in which oxygen-containing functional groups are partially or fully removed. This reduction process restores some of graphene’s electrical conductivity, mechanical strength, and hydrophobicity, making rGO suitable for applications in electronics, paints and coatings, energy storage, and composites. Structure of Reduced Graphene Oxide (rGO): The structure of rGO differs from both graphene and graphene oxide due to incomplete restoration of the pristine carbon lattice: - Partially Restored Graphene Lattice: While some sp² carbon domains are recovered, defects and residual oxygen groups remain, affecting conductivity and structural integrity. - Lower Oxygen Content: Compared to GO, rGO has fewer hydroxyl (-OH), epoxy (C-O-C), and carboxyl (-COOH) groups, reducing interlayer spacing. - Inhomogeneous Structure: Due to varying degrees of reduction, rGO exhibits non-uniform conductivity and structural defects, which influence its mechanical and chemical behavior. Physical Properties: rGO exhibits unique physical properties that make it a promising material for various high-performance applications. The reduction process partially restores the structure of graphene, enhancing its electrical, mechanical, and thermal properties. 1. Electrical Conductivity - rGO has significantly higher electrical conductivity than Graphene Oxide (GO) due to the partial restoration of the sp² carbon network. - Conductivity depends on the degree of reduction—thermal reduction typically yields higher conductivity than chemical reduction. - Although not as conductive as pristine graphene, rGO is suitable for supercapacitors, flexible electronics, and conductive coatings. 2. Mechanical Strength - rGO retains high mechanical strength, with a tensile strength comparable to or slightly lower than pristine graphene. - Its layered structure and strong carbon-carbon bonds contribute to excellent flexibility and durability. - Used as a reinforcement material in polymer composites, structural coatings, and high-strength fibers. 3. Thermal Stability - rGO demonstrates high thermal stability, withstanding temperatures above 600°C depending on the reduction method. - The removal of oxygen groups during reduction decreases thermal degradation, making rGO suitable for high-temperature applications. - Applied in heat-resistant coatings, thermal management materials, and energy storage devices. Chemical Properties: 1. Functionalization and Reactivity of Reduced Graphene Oxide - Reduced Graphene Oxide retains some oxygen-containing functional groups (hydroxyl, epoxy, and carboxyl), which influence its chemical reactivity. - These residual groups allow surface functionalization, enhancing its compatibility with polymers, metals, and biomolecules. - rGO can be chemically modified through covalent and non-covalent interactions, improving dispersion in solvents and expanding its use in composites, coatings, and sensors. - Functionalized Reduced Graphene Oxide is widely used in catalysis, water purification, and biomedical applications due to its tunable surface chemistry. 2. Carbon-to-Oxygen Ratio in Reduced Graphene Oxide - The carbon-to-oxygen (C/O) ratio is a key indicator of the reduction level and properties of Reduced Graphene Oxide. - Reduction increases the C/O ratio, partially restoring the sp² carbon network and improving electrical conductivity. - The C/O ratio varies depending on the reduction method: Graphene Oxide (GO): ~2:1 (high oxygen content, low conductivity); Chemically Reduced Graphene Oxide: ~6–10:1 (moderate conductivity, residual functional groups); Thermally Reduced Graphene Oxide: ~10–20:1 (higher conductivity, fewer functional groups) - A higher C/O ratio makes rGO more like pristine graphene, but complete reduction can lead to structural defects that affect its properties. Adnano Technologies has been working efficiently for manufacturing and supplying high quality Reduced Graphene Oxide globally.
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