Fluorinated Carbon White Solid Lubricant Application Promotion

Our company has independently developed a unique fluorine gas internal circulation process for use in fluorination reactors, which has achieved, and even exceeded, international advanced levels in terms of product performance indicators.

High-temperature synthetic method (dry method) for producing fluorinated graphite, independently developed with unique structure, precise control, and corrosion and heat resistance in high-concentration fluorine gas atmosphere.

Yingfu has resolved a major challenge in the fluorinated carbon black process, making production safer. The treated exhaust gas can be partially recycled and mixed with pure fluorine before entering the fluorination reactor.

Reactor, the remaining parts are used for fluorination exhaust gas, which is utilized for fluorination of other products. The entire process significantly improves the utilization rate of fluorine gas, reduces costs, and minimizes the emission of three wastes; the product has achieved...

Various fluorocarbon ratios and controllable particle sizes are available, with the highest fluorocarbon ratio reaching approximately 1.21, close to the theoretical maximum value (1.25); the highest non-graphite fluorocarbon can reach

On January 28th, our company has obtained multiple authorized invention patents and passed the national ministry-level evaluation organized by the Petrochemical Federation, being recognized as an internationally advanced level.

Fluorocarbon Specifications and Types:

Fluorine gas reacts directly with various types of carbon to produce materials such as petroleum coke, activated carbon, carbon black, carbon fiber, carbon nanotubes, mesophase carbon microspheres, flake graphite, and amorphous graphite.

Fluorinated carbons produced from graphitic carbon sources are also known as fluorinated graphite.

Battery Series: Fluorocarbon ratio of 0.8 (±20%), suitable for lithium-ion fluorocarbon batteries.

Lubricant Series: Fluorocarbon ratio of 1.1 (±10%).

Welcome to collaborate with various companies and R&D technicians in the development of solid carbon fluoride lubrication applications.

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