Characteristics: Nanoscale carbon nanotubes with high fluorination degree, appearance: earth yellow powder, features include insulation, corrosion resistance, hydrophobicity, heat resistance above 350°C, and reduced PI dielectric constant.

Section 1: Introduction to Fluorinated Graphite Product Line

Fluorinated graphite is an intercalated compound of graphite obtained through a direct reaction between carbon and fluorine. It is a new type of functional material with a very low surface free energy and excellent thermal and chemical stability. Fluorinated graphite is a solid, non-stoichiometric fluorocarbon empirical formula (CFx)n, with the reaction temperature depending on the type of raw materials, the design of the reactor, the intended use, and the desired degree of fluorination.

Section II: Technical Advantages:  

Our company has independently developed a fluorine gas internal circulation process for fluorination reactors, using a high-temperature synthesis method (dry process) to produce fluorinated graphite. We have also developed a unique automatic control structure for the reactor, which is resistant to corrosion, withstands high temperatures, and operates in a high concentration fluorine gas atmosphere. This solves the difficulties in the fluorinated graphite process, making production safer. The product achieves various fluorocarbon ratios with controllable particle sizes, approaching the theoretical fluorocarbon ratio value (1.25); non-graphite fluorinated carbons can reach 1.28.

Section 3: Carbon Fluoride Specifications and Types:

Our company independently develops and produces fluoro-graphite, fluoro-carbon, fluoro-carbon black, fluoro-carbon fiber, fluoro-nanocarbon fiber VGCF, fluoro-graphite micro-particles, fluoro-oxidized graphene, etc. These are solid powder materials with fluorine atoms intercalated at high temperatures. The surface fluoro-modification has a low degree of fluorination, and the white powder fluoro-carbon ratio with high degree of fluorination can reach 1.2. Additionally, we accept customer-supplied materials for processing and collaborate on the development of downstream product applications.

Section 4: Application Fields:

Non-battery applications provide CFx products, whereinSolid lubricant additiveIt is a major growth area, with other applications including:

Thermal Conductive Additive for Nanomaterial Polymer

Superhydrophobic coating additive