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Patented Carbon Nanotube Purification Furnace with 2200℃ Working Temperature and Resistance Graphite Rod Heating

Detalles del producto

Lugar de origen: Hunan, China

Nombre de la marca: Jingtan

Condiciones de pago y envío

Cantidad de orden mínima: 1

Precio: $48,000

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Especificaciones
Resaltar:

2200℃ Working Temperature Carbon Nanotube Purification Furnace

,

Patented Carbon Nanotube Purification Furnace

,

Resistance Graphite Rod Heating Continuous Furnace

Tipo:
Horno de Resistencia
Voltaje:
380
Peso:
6 t
Temperatura límite:
2400℃
Método de calentamiento:
Calentamiento de varillas de grafito de resistencia
Modelo de control:
Manual o automático
Atmósfera de trabajo:
Protección contra el vacío o los gases inertes
Medición de temperatura:
En el infrarrojo lejano
Temperatura de trabajo:
2200℃
Estructura del horno:
horizontal
Material del horno:
SS 304
Sistema de enfriamiento:
Torre de refrigeración de agua cerrada
Componentes centrales:
PLC, recipiente de presión, cilindro
Diferencia de temperatura:
± 5 ℃ a ± 15 ℃
ZONA DE ALTA TEMPERATURA:
300*300*500 mm a 1500*1500*5200 mm
Tipo:
Horno de Resistencia
Voltaje:
380
Peso:
6 t
Temperatura límite:
2400℃
Método de calentamiento:
Calentamiento de varillas de grafito de resistencia
Modelo de control:
Manual o automático
Atmósfera de trabajo:
Protección contra el vacío o los gases inertes
Medición de temperatura:
En el infrarrojo lejano
Temperatura de trabajo:
2200℃
Estructura del horno:
horizontal
Material del horno:
SS 304
Sistema de enfriamiento:
Torre de refrigeración de agua cerrada
Componentes centrales:
PLC, recipiente de presión, cilindro
Diferencia de temperatura:
± 5 ℃ a ± 15 ℃
ZONA DE ALTA TEMPERATURA:
300*300*500 mm a 1500*1500*5200 mm
Descripción
Patented Carbon Nanotube Purification Furnace with 2200℃ Working Temperature and Resistance Graphite Rod Heating
Carbon Nanotube Purification Industrial Furnace
Advanced Purification Solution

Our carbon nanotube purification furnace combines high-temperature and chemical treatment methods, delivering superior purification for applications in new energy vehicles, semiconductors, nanomaterials, and advanced material processing.

Patented Carbon Nanotube Purification Furnace with 2200℃ Working Temperature and Resistance Graphite Rod Heating 0
Key Applications
  • Heat treatment of battery anode materials
  • Powder metallurgy and nanomaterial processing
  • Graphene and advanced material sintering
  • High-temperature purification in vacuum or inert atmospheres
Technical Specifications
Model TCL-45 TCL-128 TCL-375 TCL-720 TCL-1568 TCL-2560 TCL-5000 TCL-7200 TCL-11700
High Temperature Zone (mm) 300×300×500 400×400×800 500×500×1500 600×600×2000 700×700×3200 800×800×4000 1000×1000×5000 1200×1200×5000 1500×1500×5200
Loading Capacity 45 128 375 720 1568 2560 5000 7200 11700
Temperature Difference ±5 - - ±10 - - ±15 - -
Limit Temperature 2400 - - - - - - - -
Heating Mode Resistance graphite rod heating
Control Model Manual or automatic operation
Working Atmosphere Vacuum or inert gas protection (micro positive pressure)
Patented Carbon Nanotube Purification Furnace with 2200℃ Working Temperature and Resistance Graphite Rod Heating 1
Key Features
  • High-temperature graphitization purification up to 2400℃
  • Combined high-temperature and chemical purification methods
  • Continuous feeding/discharging reduces energy consumption
  • Resistance or induction heating options
  • Efficient filtration system for dust and corrosive gases
  • Shortened production cycles with optimized processing
Patented Carbon Nanotube Purification Furnace with 2200℃ Working Temperature and Resistance Graphite Rod Heating 2
Company Profile

We are not just your supplier, but your partner in thermal treatment solutions, backed by 14+ years of experience, a strong R&D team, and stable supply chain under ISO9001:2015 quality management.

Patented Carbon Nanotube Purification Furnace with 2200℃ Working Temperature and Resistance Graphite Rod Heating 3
Patents & Certifications
Patented Carbon Nanotube Purification Furnace with 2200℃ Working Temperature and Resistance Graphite Rod Heating 4
Patented Carbon Nanotube Purification Furnace with 2200℃ Working Temperature and Resistance Graphite Rod Heating 5
Patented Carbon Nanotube Purification Furnace with 2200℃ Working Temperature and Resistance Graphite Rod Heating 6
Patented Carbon Nanotube Purification Furnace with 2200℃ Working Temperature and Resistance Graphite Rod Heating 7
Patented Carbon Nanotube Purification Furnace with 2200℃ Working Temperature and Resistance Graphite Rod Heating 8
Patented Carbon Nanotube Purification Furnace with 2200℃ Working Temperature and Resistance Graphite Rod Heating 9
Production Process
Patented Carbon Nanotube Purification Furnace with 2200℃ Working Temperature and Resistance Graphite Rod Heating 10
Global Logistics Network

We maintain a comprehensive logistics system for worldwide delivery and support.

Patented Carbon Nanotube Purification Furnace with 2200℃ Working Temperature and Resistance Graphite Rod Heating 11
Patented Carbon Nanotube Purification Furnace with 2200℃ Working Temperature and Resistance Graphite Rod Heating 12
Patented Carbon Nanotube Purification Furnace with 2200℃ Working Temperature and Resistance Graphite Rod Heating 13
Frequently Asked Questions
Are you a factory or trading company?
Yes, we are China's leading high-temperature vacuum furnace manufacturer with 14+ years experience, granted with many patent certifications in the domestic market.
Do you have customization or OEM service?
Yes, we have powerful R&D team and high-tech equipment. We can supply both standard models and fully customized furnaces to meet specific client requirements.
What are your advantages?
  • Quick response to enquiries
  • High quality control standards
  • Stable domestic supply chain
  • Timely delivery
  • Excellent after-sales service with on-site engineer support
Patented Carbon Nanotube Purification Furnace with 2200℃ Working Temperature and Resistance Graphite Rod Heating 14
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