Product Introduction:

The 1700℃ High-Temperature Carbonization Furnace by Cxinduction™ is an advanced thermal processing system designed to convert organic materials into carbon-rich substances under vacuum or controlled atmosphere. Ideal for the artificial graphite industry, this furnace enables precise vacuum pyrolysis for artificial graphite, transforming polymers(PAN, phenolic resin) into high-performance carbon materials, including:

Biomass → Graphite

Phenolic resin → Hard carbon

Polyimide → Artificial thermally conductive graphite

Polyacrylonitrile (PAN) fiber → Carbon fiber

Polycarbosilane → Silicon carbide ceramic fiber

Key Applications of Biomass-Derived Carbon:

After high-temperature treatment, biomass carbon is widely used in battery anodes (e.g., lithium/sodium-ion batteries), conductive additives, adsorption materials, and composite reinforcements.

Key Features & Parameters:

Max Temperature: 1700°C

Atmosphere: Vacuum/inert gas (N₂, Ar)

Uniform Heating:multi-hot zone design ensure consistent thermal distribution

High Purity: Low contamination for premium carbon yields

Automated Control: Precision temperature programming

Advanced Tar Treatment:

Cxinduction™ integrates an efficient tar disposal system, ensuring eco-friendly collection and harmless processing of pyrolysis by-products. Post-carbonization, materials can be further enhanced in a graphitization furnace to improve conductivity.

Optionals:

Water Chiller

Fine vacuum

Why Choose Cxinduction™?
Our carbonization furnace offers energy efficiency, scalability, and industrial-grade durability, making it the top choice for biomass carbonization, polymer pyrolysis, and advanced material R&D. Contact us for tailored solutions!

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