Brand New 2400°C Omni R&D Carbon Nanotube Purification Furnace

The ORD Carbon Nanotube Purification Furnace is a specialized high-temperature processing system designed for advanced carbon nanotube materials purification and graphitization. This sophisticated equipment combines high-temperature thermal processing with chemical purification methods, delivering superior results for cutting-edge applications in new energy vehicles, semiconductors, advanced nanomaterials, and next-generation technology sectors.

Primary Applications:

Advanced Carbon Materials

• Carbon Nanotube Purification: Specialized high-temperature graphitization purification of carbon nanotube materials
• Graphene Processing: Advanced treatment and purification of graphene materials
• Nanomaterials Development: Processing of various advanced nanomaterial formulations
• New Materials Research: Development and optimization of next-generation carbon-based materials

Battery Technology

• Battery Anode Materials: Critical processing for lithium-ion battery anode materials
• Energy Storage Components: Treatment of advanced energy storage material components
• New Energy Vehicle Applications: Materials processing for electric vehicle battery technology

Industrial Applications

• Powder Metallurgy: Specialized treatment of powder metallurgy materials
• Semiconductor Industry: Processing of materials for semiconductor applications
• Advanced Powder Materials: Treatment of various specialized powder formulations

Revolutionary Product Features

Dual Purification Technology

• Combined Purification Methods: Innovative combination of high-temperature thermal and chemical purification processes
• Superior Purity Achievement: Advanced dual-method approach meets the most stringent high-purity processing requirements
• Optimized Results: Synergistic combination delivers superior purification outcomes compared to single-method approaches

Continuous High-Temperature Processing

• Continuous Feed and Discharge: Advanced continuous feeding and discharging capabilities at high temperatures
• Energy Efficiency: Continuous operation significantly reduces energy consumption compared to batch processing
• Shortened Production Cycles: Continuous processing dramatically reduces overall production time
• Maximum Throughput: Optimized design maximizes daily production capacity

Advanced Heating Technology

• Dual Heating Options: Resistance or induction heating systems available
• Ultra-High Temperature Capability: Operating temperatures up to 2400°C for demanding applications
• Resistance Graphite Rod Heating: Specialized graphite rod heating elements for optimal temperature distribution
• Precise Temperature Control: Advanced control systems ensure uniform temperature distribution

Comprehensive Filtration Systems

• High-Efficiency Filtration: Advanced filtration systems effectively capture dust, particles, and corrosive gases
• Environmental Protection: Comprehensive capture of purification process byproducts
• Clean Operation: Filtration systems ensure clean working environment and environmental compliance
• Process Optimization: Effective byproduct removal enhances overall purification efficiency

Flexible Atmospheric Control

• Vacuum Processing: Advanced vacuum atmosphere treatment capabilities
• Inert Gas Protection: Micro positive pressure inert gas protection for contamination prevention
• Controlled Environment: Precise atmospheric control ensures optimal processing conditions
• Multi-Atmosphere Capability: Flexibility to operate under various atmospheric conditions

Technical Specifications

Operating Parameters

• Maximum Temperature: 2400°C across all models
• Heating Method: Resistance graphite rod heating
• Control Options: Manual or automatic operation
• Working Atmosphere: Vacuum or inert gas protection (micro positive pressure)
• Temperature Uniformity: ±5°C to ±15°C depending on model size

Available Models

All models feature 2400°C maximum temperature, resistance graphite rod heating, manual or automatic operation, and vacuum or inert gas protection

Process Capabilities

Carbon Nanotube Processing

• High-Temperature Graphitization: Specialized processing for carbon nanotube structural enhancement
• Dual Purification: Simultaneous high-temperature and chemical purification for superior results
• Contamination Removal: Effective removal of metallic catalysts and impurities
• Quality Enhancement: Improved structural integrity and electrical properties

Advanced Materials Treatment

• Nanomaterials Processing: Specialized treatment for various nanomaterial types
• Powder Material Enhancement: Optimization of powder material properties
• Battery Material Preparation: Critical processing for energy storage applications
• Semiconductor Material Treatment: Precision processing for semiconductor applications

Vacuum Atmosphere Processing

• Contamination Prevention: Controlled atmosphere prevents oxidation and contamination
• Optimal Conditions: Vacuum or inert gas environment ensures ideal processing conditions
• Micro Positive Pressure: Precise pressure control prevents atmospheric infiltration
• Process Integrity: Maintained atmospheric purity throughout processing cycles

Quality Assurance

Temperature Control Excellence

• Uniform Temperature Distribution: Superior temperature uniformity across working zones
• Precise Control: Advanced control systems ensure consistent processing conditions
• Process Repeatability: Automated systems deliver consistent results across production runs

Atmospheric Management

• Pure Environment: Vacuum and inert gas systems ensure contamination-free processing
• Controlled Conditions: Precise atmospheric control optimizes purification results
• Process Monitoring: Continuous monitoring of atmospheric conditions

Filtration and Environmental Control

• Comprehensive Capture: Advanced filtration systems capture all process byproducts
• Environmental Compliance: Clean operation meets environmental regulations
• Workplace Safety: Effective filtration protects operators and facility environment

Operational Benefits

Production Efficiency

• Continuous Operation: Continuous feed and discharge maximize production uptime
• High Throughput: Large capacity options enable high-volume production
• Shortened Cycles: Continuous processing reduces overall production time
• Energy Optimization: Continuous operation optimizes energy utilization

Quality Excellence

• Dual Purification: Combined methods achieve superior purity levels
• Consistent Results: Automated control systems ensure repeatable quality
• Advanced Processing: High-temperature capability enables optimal material treatment

Operational Flexibility

• Multiple Capacities: Wide range from 45L to 11,700L accommodates various production scales
• Control Options: Manual or automatic operation provides operational flexibility
• Atmospheric Versatility: Multiple atmospheric options for diverse processing requirements

Cost Effectiveness

• Energy Savings: Continuous operation reduces energy consumption per unit processed
• Reduced Waste: Effective filtration and continuous processing minimize waste
• Extended Equipment Life: Advanced materials and design ensure long service life

Industries Served

New Energy and Electric Vehicles

• Battery anode material production
• Energy storage system components
• Electric vehicle battery technology

Semiconductor Industry

• Advanced semiconductor material processing
• Electronic component manufacturing
• Precision material treatment

Advanced Materials and Nanotechnology

• Carbon nanotube production and purification
• Graphene processing and enhancement
• Nanomaterial development and optimization

Research and Development

• University research facilities
• Government laboratories
• Corporate materials research centers

Environmental and Safety Features

Environmental Protection

• Comprehensive Filtration: Advanced systems capture all process emissions
• Clean Operation: Controlled processing minimizes environmental impact
• Energy Efficiency: Optimized operation reduces energy consumption and carbon footprint

Safety Systems

• Controlled Atmosphere: Vacuum and inert gas systems protect operators from hazardous conditions
• Automated Operation: Reduced operator exposure to high-temperature processes
• Comprehensive Monitoring: Real-time monitoring of all safety parameters

Why Choose ORD Carbon Nanotube Purification Furnace

This advanced purification system represents the optimal solution for organizations requiring the highest quality carbon nanotube processing and advanced materials purification. The innovative combination of high-temperature thermal and chemical purification methods delivers unmatched purity levels essential for cutting-edge applications in new energy vehicles, semiconductors, and advanced nanotechnology.

The continuous feed and discharge capability at high temperatures, combined with comprehensive filtration systems and precise atmospheric control, provides unprecedented efficiency and quality in carbon nanotube purification. The extensive model range from 45L to 11,700L accommodates applications from laboratory research to large-scale industrial production.

Whether for battery anode material production, semiconductor applications, or advanced nanomaterials research, the ORD Carbon Nanotube Purification Furnace provides the precision, purity, and productivity required for success in today's demanding advanced materials markets. The dual purification technology, continuous operation capabilities, and comprehensive environmental controls make this system an essential investment for facilities committed to producing the highest quality carbon nanotube and advanced nanomaterials.