Product Overview
Introducing the High-Performance Small Vacuum Graphitization Furnace from Omni R&D, LLC – a cutting-edge solution designed for precise graphite material graphitization and sintering processes in academic and research settings. Combining advanced induction heating technology with a robust vacuum system, this furnace delivers unparalleled performance and reliability for a wide range of material processing applications.
The High-Performance Small Vacuum Graphitization Furnace is a versatile and efficient equipment engineered to meet the demanding requirements of graphite material graphitization and sintering in colleges, universities, and scientific research institutions. Leveraging induction heating, this furnace achieves a rated temperature of 3000°C, enabling precise and controlled graphitization processes under inflatable protection or vacuum conditions.
Key Features:
- High-performance graphitization treatment equipment for research environments
- Advanced induction heating technology with rated temperature up to 3000°C
- Customizable main chamber available up to 200mm x 200mm dimensions
- Japanese Qianno dual color infrared thermometer (900-3000°C range)
- Nitrogen and argon atmosphere protection systems for oxygen-free processing
- Capable of processing materials under vacuum or protective atmosphere
- Suitable for forming, sintering, and graphitization of graphite materials
- Integrated vacuum system with multi-stage pumping configuration
- Comprehensive water cooling system for stable long-term operation
- Pneumatic valve system with simple, reliable operation
Detailed Specifications
- Model Number: ORDVGF1010
- Maximum Temperature: 3000°C
- Medium Frequency Power: 160kW rated power
- Medium Frequency Voltage: 375V
- Output Frequency: 2500Hz
- Vacuum System Performance:
- Mechanical pump pumping speed: ≥150L/S
- Roots pump pumping speed: ≥600L/S
- Vacuum valve type: Pneumatic operation
- Cooling Requirements:
- Water pressure: 0.15-0.3MPa
- Total flow rate: ≥25 cubic meters/hour
- Maximum temperature rise: Not to exceed 20°C
- Power Supply Requirements:
- Grid voltage stability: Fluctuation must not exceed ±15%
- Furnace Body Construction:
- Inner layer: 304 stainless steel
- Outer layer: Carbon steel
- Induction Coil Specifications:
- Design: Single-section with independent suspension
- Connection: Flange type
- Voltage level: 250V
- Insulation: Externally sprayed insulating material
- Crucible Requirements:
- Minimum load: Not less than half capacity
- Operating Environment:
- Standard operation: Laboratory or research facility setting
- Requires clean environment for vacuum processing
- Dimensions and Weight:
- 70.87 inches (W) × 39.37 inches (D) × 78.74 inches (H)
- 1,300 lbs.
Equipped With
- H150 slide valve vacuum pump
- ZJ-600 roots pump
- KT-400 diffusion pump
- Vacuum valve and filter dust collector system
- Japanese Qianno dual color infrared thermometer (900-3000°C)
- Tungsten rhenium thermocouple temperature measurement system
- Graphite crucible
- Induction heating system with KGPS160/2S medium frequency power supply
- Integrated electrical control system
- Pneumatic isolation valve (DN250 plug-in structure)
- Comprehensive water cooling system
- Complete console with integrated control interfaces
- Feeding system with secondary material addition capability
Applications
Ideal for research and development in:
- Graphene production and research
- Carbon fiber development
- Carbon nanotube synthesis
- High-temperature sintering of ceramics and metals
- Advanced material processing requiring precise temperature control
- Oxygen-free or inert gas material treatments
- Laboratory and small-scale production of specialty materials
Contact us for custom chamber size options up to 200mm x 200mm to meet your specific research requirements.
