Energy Storage
Nanostrands present a new and novel form of nickel for energy storage applications. They can be used to impart high conductivity to regions within energy storage systems. Their high surface area and high conductivity at low loadings, along with the chemistry of nickel, make them well-suited for many applications. They can also be mixed with other materials to create hybrid high performance systems.
Nanostrands present a new and novel form of nickel for energy storage applications. They can be used to impart high conductivity to regions within energy storage systems. Their high surface area and high conductivity at low loadings, along with the chemistry of nickel, make them well-suited for many applications. They can also be mixed with other materials to create hybrid high performance systems.