GRAPHITIZATION FURNACE

The VBCC Graphitization Furnace is a high-performance ultra-high temperature system designed for the conversion of carbonaceous materials into high-purity graphite. Capable of operating up to 3000°C, the system utilizes graphite resistance heating and high-purity graphite insulation to achieve extreme thermal stability and uniform temperature distribution. With high vacuum capability and controlled atmosphere operation, the furnace is widely used in advanced carbon material processing, battery anode development, carbon-carbon composites, and nuclear-grade graphite production.

Applications

Carbon Material Graphitization
Graphite Electrode Production
Battery Anode Material Processing
Carbon-Carbon Composite Manufacturing
Nuclear Grade Graphite Processing
Advanced Carbon Material Development
Research & Development Laboratories
High-Purity Graphite Manufacturing
Aerospace Carbon Components
Energy Storage Material Processing

Technical Data

Maximum Temperature	Up to 3000°C
Operating Temperature	Ambient to 3000°C
Heating System	Graphite Resistance Heating
Insulation	High-Purity Graphite Insulation
Vacuum Level	High Vacuum Capability
Atmosphere	Vacuum / Controlled Inert Gas
Temperature Controller	Programmable PLC/PID System
Chamber Construction	Water-Cooled Heavy-Duty Design
Heating Zones	Single Zone Standard / Multi-Zone Optional
Process Control	Fully Programmable Thermal Cycles
Cooling System	Water Cooled
Power Supply	415V AC, 3 Phase, 50 Hz
Material Processed	Carbon-Based Materials
Operation Mode	Continuous High-Temperature Processing

Optional Features

SCADA Monitoring and Data Logging

Automatic Vacuum Control System

Advanced Gas Purging System

Multiple Heating Zone Configuration

Remote Monitoring Facility

Larger Processing Volume

PLC-Based Automation System

Touch Screen HMI Interface

Advanced Safety Interlocks

Process Recipe Management System