Applications

Applications

Location:Home > Applications

All-Round Performer for Anode Material Graphitization: Coating Carbonization Process Compatibility

return Source:YuanHang
All-Round Performer for Anode Material Graphitization: Coating Carbonization Process Compatibility
Glance over:- Release date:Mar 19, 2026【Big In Small

I. Perfect Process Matching

      Artificial graphite anode materials typically require pitch coating before graphitization, followed by carbonization treatment in the medium                                  temperature range (1000-1800°C) to transform the coating layer from a pitch state to amorphous carbon, forming a stable "core-shell" structure. Our        equipment's precise temperature control capability and atmosphere control ability in this temperature range are highly compatible with this process.

78.jpg

II. Technical Advantages

  • Precise Temperature Control: The carbonization process is extremely sensitive to heating rate and final temperature. Our equipment's multi-stage program control (up to 64 segments) can precisely control the reaction process, avoiding over-burning or under-burning.

  • Precise Atmosphere: High-purity nitrogen protection can be used, and the slight positive pressure inside the furnace can be precisely controlled through mass flow controllers, effectively discharging decomposition products and ensuring carbonization quality.

  • Flexible Output: The effective heating zone dimensions of our equipment can be customized, ranging from hundred-kilogram laboratory furnaces to multi-ton large-scale production furnaces, meeting customer needs from R&D to mass production at different stages.

III. One-Stop Solution

        We can provide complete thermal processing equipment solutions from coating carbonization to high-temperature graphitization, helping                                    customers build complete production lines.

       The above technical article is exclusively written by Yuanhang Industrial Furnace Company. Reproduction is prohibited.