Conductive graphite is a new type of material with superior electrical conductivity, which has unique advantages compared with traditional conductive materials. This paper will compare the conductive graphite with the traditional conductive material, and discuss its advantages and disadvantages.

Conductivity is a key indicator in the selection of conductive materials. Conventional conductive materials such as metals have good electrical conductivity, but they are costly and heavy. Conductive graphite has the characteristics of lower cost and light weight, and can be comparable to or even more than traditional conductive materials in terms of conductivity.

In addition, conductive graphite also has good thermal conductivity and chemical stability. It has a high thermal conductivity, can effectively conduct heat, so that it has a unique advantage in heat dissipation. At the same time, conductive graphite is chemically stable, has strong corrosion resistance, and can maintain stable conductivity in harsh environments.

Conductive graphite also has good mechanical properties and processability. Compared with traditional conductive materials, conductive graphite has higher strength and hardness, and can maintain stable performance under different stress environments. In addition, in terms of processing, conductive graphite has good plasticity and processability, and can meet the needs of different shapes and sizes.

However, conductive graphite also presents some limitations and challenges. First of all, the conductivity of conductive graphite is affected by the purity and structure of the material, and it is necessary to improve its conductivity through a suitable preparation process. Secondly, conductive graphite may undergo oxidation reaction in high temperature environment, resulting in the decline of electrical conductivity. Therefore, in some high temperature application scenarios, traditional conductive materials may be more suitable.

In summary, as a new type of conductive material, conductive graphite has unique advantages. It has good characteristics in electrical conductivity, thermal conductivity, chemical stability and mechanical properties. However, the stability of the preparation process and high temperature environment should also be considered in the application. With the progress of technology and the deepening of research, conductive graphite is expected to be applied in more fields, and promote the development of science and technology together with traditional conductive materials.

[Introduction]]

Comparison of conductive graphite and traditional conductive materials. As a new type of conductive material, conductive graphite has excellent electrical conductivity, thermal conductivity and chemical stability. In this paper, conductive graphite and traditional conductive materials are compared and analyzed, and their advantages and disadvantages in different application scenarios are discussed. With the progress of technology, conductive graphite is expected to be widely used in more fields and promote the development of science and technology.