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.
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basic information
Form: Dispersion Liquid Solvent: NMP Raw Material: Graphite Solid Content Concentration (wt%): 1.0 Solvent Concentration (wt%): 99.0 Structural Defects (ID/IG) (Raman): < 0.20 Number of Layers (Raman): <5, 6-10, >10 100%, 0%, 0% Lateral Dimension (μm): < 3.0
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Applications/Examples of results
- Electrode conductive additive - Separator coating material - Conductive current collector coating material - Anti-corrosion coating material - Conductive ink material - Heat dissipation sheet material - Thermal diffusion coating material - Electromagnetic wave shielding paint
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One billionth of a meter is a nanometer. Nanotechnology exists in every aspect of the world. For example, cars. The interiors of new car doors being developed will be made of resin. This thin and strong resin is also made possible by nanotechnology. Our nano-milling technology creates nanoparticles by applying pressures that exceed those found at the bottom of the Japan Trench and speeds that surpass the speed of sound to materials. This leads to changes in new material properties. We will change the world with nanotechnology. By changing the world, we should be able to change the future. Our company will contribute to the future in the following three ways: "Contract Services," "Sales of Ultra-High Pressure Homogenizers," and "Joint Development of New Materials."
