China China Nano Zinc Oxide Factory Manufacturer, Supplier, Factory

More and more customers, while using traditional copper electrodes for EDM, are beginning to realize some new trends of technological change: “How can we apply limited resources to increase production value, and how can we save time, cost and energy in the same situation?” Graphite electrode as EDM electrode material, with its high cutting, light weight, fast forming, very small expansion rate, small loss, easy to repair and other advantages, is due to its special stable physical properties and gradually become the future trend of EDM electrode material, has been widely used in the mold industry, instead of copper electrode has become inevitable.

The growing focus on sustainability means that reducing the environmental impacts of TiO₂ production will remain a critical concern. As consumers, supporting companies that prioritize eco-friendly practices and choosing products made with minimal environmental impact can also play a role in driving positive change.

The types of aluminum oxide powder can be classified based on their purity, particle size, and morphology.

Titanium dioxide's versatility, safety, and exceptional optical properties have made it an indispensable material across a wide range of industries.

The design and production of low-power graphite electrodes mainly focus on optimizing their conductivity, heat resistance, mechanical strength, and reducing energy consumption to meet the demand for low energy consumption and high efficiency in specific industrial applications such as electric arc furnace steelmaking and resistance furnace heating.

Dilated graphite powder is a loose and porous worm like substance made from natural flake graphite, hence also known as graphite worm. Natural flake graphite is a crystal with a layered structure, where carbon atoms in each layer form a network of planar macromolecules through strong covalent bonds, and the layers are weakly bonded by van der Waals forces. Under the action of strong oxidants, the network of planar macromolecules become positively charged planar macromolecules, causing polar sulfate molecules and negative ions such as hydrogen sulfate ions to insert into the graphite layer and form expandable graphite powder, also known as graphite intercalation compound (GIC). Due to the formation of a unique network pore system during the puffing process, with a large specific surface area and high activity of the resulting fresh surface, it has excellent adsorption performance and other special properties, and has a wide range of applications.