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Using our long CNTs makes it easier to form conductive networks, and the ST effect becomes more pronounced.
Our company is not currently engaged in mass production of CNT resin composite materials, but we are accepting requests for prototype development, verification experiments, joint research, joint development, and technical consulting utilizing the ST effect in CNT resin composite materials.
By simply placing a nanocomposite of nano-aluminum and carbon nanotubes in water, a large amount of hydrogen gas is generated.
By impregnating aluminum into the surface and gaps of carbon nanotubes, highly active nano-aluminum is formed. When this composite material is placed in water or hot water, the highly active nano-aluminum reacts with the water to produce hydrogen, achieving a hydrogen generation rate close to the theoretical value. Although it is a one-time reaction, it enables the generation of hydrogen gas on-site regardless of location and allows for the effective reuse of waste aluminum materials.
