Amorphous graphite powder is a type of graphite that lacks a well-defined crystalline structure. Unlike other types of graphite, such as flake or crystalline graphite, amorphous graphite does not have a distinct layered or hexagonal crystal structure. Instead, it consists of a disordered arrangement of carbon atoms.

Here are some key characteristics and properties of amorphous graphite powder:

It's important to note that amorphous graphite powder may have variations in properties depending on the specific source and processing methods used. The characteristics mentioned above provide a general description of amorphous graphite powder, but the specific properties and applications can vary across different grades and manufacturers.

1. Appearance: Amorphous graphite powder is typically dark gray to black in color. It has a fine particle size and a powdery texture. The individual particles may vary in shape and size, ranging from small flakes to irregularly shaped particles.

2. Carbon Content: Amorphous graphite powder has a relatively high carbon content, usually in the range of 70% to 85%. The carbon atoms are bonded together in a three-dimensional network, although the structure lacks the well-defined layers found in other forms of graphite.

3. Softness and Lubricity: Like other forms of graphite, amorphous graphite powder is soft and exhibits lubricating properties. It has a low hardness and can easily be smeared or leave marks on surfaces. This characteristic makes it useful in applications where lubrication or low friction is desired.

4. High Conductivity: Amorphous graphite powder has excellent electrical conductivity due to its high carbon content and the presence of free electrons within the carbon network. This property makes it suitable for applications in electrical components, conductive coatings, and electrodes.