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Graphene Dispersion Product List and Ranking from 4 Manufacturers, Suppliers and Companies | IPROS GMS

Graphene Dispersion Product List

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Ultrafine Graphene Flower 'GF10'

Ultrafine Graphene Flower 'GF10'

High purity, high crystallinity, and high productivity! We provide it in dispersion liquid form for antibacterial applications and as a starting material for graphene derivatives.

"GF10" is a few-layer graphene with a shape of 100nm, synthesized directly without a substrate or catalyst. It has a thickness of 1-2nm, and possesses high purity, high crystallinity, and high productivity. It is provided in a dispersion liquid form for applications in antibacterial uses, biosensor materials, and as a starting material for graphene derivatives. [Features] ■ Few-layer graphene with a shape of 100nm ■ Direct synthesis method without substrate or catalyst ■ High purity, high crystallinity, high productivity ■ Available in dispersion liquid form *For more details, please refer to the PDF document or feel free to contact us.

  • others
  • Graphene Dispersion

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Method for producing graphene dispersion liquid

Method for producing graphene dispersion liquid

It is a manufacturing technology for graphene dispersions that can control surface oxygen concentration over a wide range.

Traditionally, methods for producing graphene have involved vapor-phase methods or exfoliation methods. Vapor-phase methods can produce highly crystalline graphene, but they have the challenge of high costs, while exfoliation methods are low-cost but result in graphene with low crystallinity. This technology involves a method for uniformly dispersing partially oxidized graphene with low oxygen content in a hydrophobic ionic liquid through the electrochemical exfoliation of graphite in a water-hydrophobic ionic liquid two-phase system. 【Features of the Technology】 - Two-phase system (water-hydrophobic ionic liquid) electrochemical exfoliation method - Surface oxygen concentration below 10%, eliminating the need for re-reduction treatment - Control of surface oxygen concentration is possible A wide range of materials can be applied to the graphite electrodes, and by exploring ways to reuse the ionic liquid, significant reductions in manufacturing costs are expected.

  • Composite Materials
  • Graphene Dispersion

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Graphene dispersion liquid (water-based) 'GS-O-W-5'

Graphene dispersion liquid (water-based) 'GS-O-W-5'

It has excellent conductivity and thermal conductivity, and can be evenly and stably dispersed in various aqueous substrates to demonstrate its performance.

"GS-O-W-5" is a graphene dispersion developed specifically for aqueous systems using high-grade graphene materials and unique dispersion technology. It possesses excellent electrical and thermal conductivity, and can be evenly and stably dispersed in various aqueous substrates, demonstrating its performance. Additionally, we also offer a two-component reactive graphene paint "TS-01," which is created by mixing high thermal conductivity graphene as an additive with epoxy resin using a new nano-dispersion technology. 【Features】 ■ High graphene content, increased formulation ratio, and enhanced performance ■ Ultra-low viscosity allows for stable dispersion in solvent-based resins with simple mechanical stirring ■ Good dispersibility and interfacial bonding in solvent-based paints and inks, imparting conductivity and anti-corrosion properties to the materials *For more detailed information, please contact Midori Mark Co., Ltd.

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  • paint
  • Graphene Dispersion

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Graphene dispersion liquid

Graphene dispersion liquid

The reason for being chosen is "minimal defects." High-quality graphene will bring innovation to your material development.

Graphene is attracting attention as a "dream material" due to its outstanding conductivity, strength, and flexibility. Utilizing the dispersion technology of our ultra-high-pressure homogenizer NAGS, we have developed "J-GRAPHENE" using a unique patented method. It features fewer than five layers and low defects, distinguishing it from the graphene currently in widespread use. It combines excellent conductivity with mechanical strength, and its performance is expected to be applied in a wide range of fields, including batteries, electronic components, paints, and inks.

  • Secondary Cells/Batteries
  • Lithium-ion battery
  • Graphene Dispersion

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Graphene dispersion liquid for coating "J-GRAPHENE"

Graphene dispersion liquid for coating "J-GRAPHENE"

High-quality graphene dispersion liquid that contributes to improved wear resistance.

In the field of coatings, high wear resistance is required to enhance the durability and protective performance of products. In particular, susceptibility to surface scratches and deterioration due to friction can affect product lifespan and appearance. It is important to maximize the performance of materials in response to these challenges. Our graphene dispersion "J-GRAPHENE" uses low-defect graphene with fewer than five layers, providing excellent strength and conductivity to coating materials, contributing to improved wear resistance. 【Application Scenarios】 - Various industrial paints - Protective coatings - Functional inks 【Effects of Implementation】 - Improved surface hardness - Reduced friction resistance - Extended product lifespan

  • Secondary Cells/Batteries
  • Lithium-ion battery
  • Graphene Dispersion

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Graphene dispersion for fibers "J-GRAPHENE"

Graphene dispersion for fibers "J-GRAPHENE"

Imparting new functionality to fibers with low-defect graphene.

In the textile industry, there is a demand for the addition of new functionalities to enhance the added value of products. In particular, improvements in properties such as conductivity, strength, and flexibility are crucial for the development of high-performance materials. If these properties are insufficient, it may lead to limitations in product performance and applications. Our graphene dispersion "J-GRAPHENE" contributes to material development by providing excellent conductivity and mechanical strength to fibers through high-quality graphene with low defects and fewer than five layers. 【Application Scenarios】 - Development of conductive fibers - Manufacturing of high-strength fibers - Use as a functional coating agent 【Effects of Implementation】 - Improvement in product performance - Potential for new application development - Realization of differentiated high-performance materials

  • Secondary Cells/Batteries
  • Lithium-ion battery
  • Graphene Dispersion

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Graphene dispersion liquid "J-GRAPHENE" for electronics

Graphene dispersion liquid "J-GRAPHENE" for electronics

Innovating the electronics field with high-quality graphene.

In the field of electronics, there is a demand for improved conductivity of materials to achieve high performance and miniaturization. In particular, the selection of conductive materials, which significantly affects the reliability and functionality of electronic components, greatly influences product performance. Insufficient conductivity can lead to a decline in component performance and malfunctions. Our graphene dispersion liquid "J-GRAPHENE" uses low-defect graphene with fewer than five layers, demonstrating excellent conductivity. This contributes to material development in the electronics field. 【Application Scenarios】 - Development of high-conductivity inks - Improvement of conductivity in electronic components - Application in next-generation battery materials 【Effects of Implementation】 - Enhancement of the electrical performance of products - Contribution to miniaturization and thinness - Promotion of the development of new functional materials

  • Secondary Cells/Batteries
  • Lithium-ion battery
  • Graphene Dispersion

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Graphene dispersion liquid 'J-GRAPHENE' for the automotive industry

Graphene dispersion liquid 'J-GRAPHENE' for the automotive industry

Low-defect graphene that contributes to the lightweighting of automobiles.

In the automotive industry, there is a demand for lightweight vehicle bodies to improve fuel efficiency and driving performance. There is increasing expectation for materials that can achieve both strength and lightness as solutions for lightweighting. In particular, the introduction of high-performance additives is being emphasized in the development of materials for vehicle body parts. Our graphene dispersion "J-GRAPHENE" brings new possibilities to material development with its high-quality graphene, which has low defects and is less than five layers. 【Application Scenarios】 - Addition to composite materials for vehicle body parts - Structural components requiring lightweighting and high strength - Application in automotive paints 【Effects of Introduction】 - Improved fuel efficiency through the lightweighting of vehicle body parts - Enhanced durability due to increased mechanical strength of materials - Promotion of the development of new functional materials

  • Secondary Cells/Batteries
  • Lithium-ion battery
  • Graphene Dispersion

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Graphene dispersion liquid 'J-GRAPHENE' for composite materials

Graphene dispersion liquid 'J-GRAPHENE' for composite materials

Innovating material development with high-quality graphene with few defects.

In the field of composite materials, there is a demand for various improvements in physical properties, including the coexistence of lightweight and high strength, as well as the addition of conductivity and thermal conductivity. In particular, to maximize the performance of materials, the uniform dispersion of added materials and the quality of those materials themselves are crucial. Materials with uneven dispersion or many defects may not only fail to exhibit the expected performance but also potentially reduce the overall reliability of the material. Our graphene dispersion liquid "J-GRAPHENE" has achieved low-defect graphene with fewer than five layers through our unique patented technology and the dispersion technology of the ultra-high-pressure homogenizer NAGS. This contributes to the enhancement of physical properties such as conductivity and mechanical strength in composite materials. 【Application Scenarios】 - Improvement of strength and conductivity by adding to resins and ceramics - Imparting functionality by blending into coatings - Lightweighting and high functionality of composite materials 【Effects of Introduction】 - Improvement of mechanical strength, conductivity, and thermal conductivity of materials - Lightweighting and high performance of products - Promotion of the development of new functional materials

  • Secondary Cells/Batteries
  • Lithium-ion battery
  • Graphene Dispersion

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