What is pure graphite?

Pure graphite is soft in texture, smooth to the touch, and conductor. It is the main material for making anti-friction agents and moderators in nuclear reactors. The pure graphite produced by the Franli factory is widely used as a non-metallic material. The deep processing and reproduction of graphite are the main ways and methods to increase the added value and profit on graphite. Graphite resources are a kind of non-renewable resources. Only by continuously increasing the development and utilization of graphite resources can greater added value of products be obtained. Classification and application of pure graphite

Classification and application of pure graphite

High-purity graphite is mainly used for industrial catalysis of stabilizers in military and industrial materials and other industries. It has complete crystallization and very good thermal conductivity.

(1) Expandable graphite: The expandable graphite is mainly made of naturally arranged natural flake graphite, which is mainly an interlayer compound after acid oxidation treatment. It has the advantages of high temperature resistance and high heat resistance, and increases the expandability of graphite.

(2) Graphite fluoride; Graphite fluoride is a new type of graphite product that combines performance and benefits. With high added value and unique quality, it is a graphite functional material widely used in many fields. Mainly used in battery raw materials and solid lubricants and other fields.

(3) Colloidal graphite: Colloidal graphite mainly utilizes the characteristics of uniform graphite film formation in addition to ensuring excellent electrical conductivity and thermal conductivity, and is mainly used in the field of eliminating electrostatic film formation.

(4) Graphene; is a two-dimensional material composed of one atom thick, mainly used for the production of bulletproof materials and conductive agents in the military field

The development value of pure graphite

Speeding ​​up the research and development of high-tech products, most of my country’s current pure graphite products are in the primary mining stage, and they simply use natural resources. Therefore, it is necessary to take protective measures for the exploitation and large-scale operation of pure graphite resources. Accelerate the development of high-tech products with high added value and high technological content. Reasonable use and protection of existing resources.

(1) Making full use of the market to achieve optimal allocation of resources. The rational and orderly flow of products between enterprises is the result of the optimal allocation of resources for the development and utilization of pure graphite. By means of market regulation, the pure graphite market can obtain the best resource allocation through competition and price mechanism.

(2) Strengthening the financial support for the development and utilization of pure graphite. Advanced development and utilization mechanism is an effective means to maximize the benefits of pure graphite resources. The most basic way to realize this development and utilization mechanism is to strengthen financial support. Funds can be set up in the development and utilization of pure graphite purification and new materials to reduce the risk of technological development by enterprises and individuals. For mass products and high-end products with high risk, high investment cost and low income, investment can be increased to ensure the ratio of scientific and technological innovation to income.

Pure graphite is an irreplaceable new material in economic development. The utilization of pure graphite mainly focuses on the research and development of new products with high-tech content, fully realizes the optimization of resources, and strengthens the financial support for the development of graphite. At present, pure graphite replaces metallic materials and organic materials in many fields, and the development prospect is very broad. The Franli factory mainly produces high-purity graphite, expandable graphite, etc., to speed up the research and development of the technology industry and save costs.