Precision High-Temperature Furnaces for Carbon-to-Graphite Conversion
Graphitization furnaces are engineered to transform carbon-based materials into high-purity graphite through controlled, ultra-high-temperature processing. Operating at temperatures up to 3000 °C in vacuum or inert atmospheres, these furnaces enable precise structural reorganization of carbon atoms, delivering the crystalline properties required for advanced industrial and scientific applications.
Designed for research, pilot, and full-scale production, our graphitization furnaces provide exceptional temperature uniformity, repeatability, and process control for manufacturers working with critical carbon and graphite materials.
Key Benefits of Our Graphitization Furnaces
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Ultra-High Temperature Capability - Reliable operation at temperatures up to 3000 °C for complete and uniform graphitization.
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Controlled Vacuum & Inert Atmospheres - Precise atmosphere management minimizes contamination and ensures material purity.
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Exceptional Temperature Uniformity - Engineered heating zones deliver consistent results across the entire workload.
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Scalable System Designs - Available in laboratory, pilot, and production configurations to support growth.
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Custom Engineered Options - Chamber sizes, power ratings, controls, and automation can be tailored to your process requirements.
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Repeatable, High-Quality Results - Designed for continuous, dependable operation in demanding industrial environments.
Engineered for Performance & Reliability
Every graphitization furnace is designed with durability and process stability in mind. High-quality insulation systems, precision power control, and advanced monitoring ensure safe, efficient operation even at extreme temperatures.
Our systems are built to support long service life, simplified maintenance, and dependable performance in continuous or batch processing environments.
Available Graphitization Furnace Series
We offer a range of graphitization furnace models to support different throughput levels, temperature requirements, and material sizes. Each system is designed with robust construction and advanced controls to ensure long-term reliability and process consistency.
- Continuous Furnaces: These furnaces allow for the continuous processing of materials, making them suitable for large-scale industrial applications.
- Batch Furnaces: These are used for processing smaller quantities of material, where the material is placed in the furnace in batches.
- Laboratory Furnaces: Smaller-scale furnaces used for research and development purposes.
With over 80 years of combined vacuum furnace-building experience, we are uniquely suited to offer the perfect laboratory furnace equipment for your individual processes, unique lab vacuum furnace sizes, and control requirements.
Explore individual models to view detailed specifications, temperature ranges, and recommended applications.
