medium-carbon graphite, high-carbon graphite, micro-spherical graphite, standard spherical graphite

Granular graphite, possessing a slippery feel, features light weight, high temperature resistance, self-lubrication, high thermal and electrical conductivity, strong wear resistance, stability, and good plasticity. Applications: Refractory, conductive materials, friction, sealing, battery

Graphite emulsion, mainly composed of graphite (microcrystalline graphite), offers good lubricity, demolding properties, chemical stability, high-temperature adhesion, and can improve the service life and quality of molds. Applications: Die forging, gear rough and fine forging, lubrication of nozzle and slide gate, smelting of pure silicon

Graphene, also known as "single-layer graphite," refers to a single layer of densely packed carbon atoms arranged in a honeycomb crystal lattice structure. The carbon atoms are arranged in a two-dimensional structure, similar to a single atomic layer of graphite. Carbon nanotubes can be seen as one-dimensional nanostructures formed by the curling of graphene layers. They are lightweight, with perfect hexagonal structural connections, and possess many exceptional mechanical, electrical, and chemical properties.