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Carbon Fiber Graphitization Furnace with 3000℃ Working Temperature, Programmable PID Control, and Vacuum or Inert Gas Atmosphere

Einzelheiten zum Produkt

Herkunftsort: China

Markenname: Jingtan

Zertifizierung: CE

Modellnummer: JT-TWL-35

Zahlungs- und Versandbedingungen

Min Bestellmenge: 1 Satz

Preis: USD10,000-80,000/SET

Verpackung Informationen: Holzkiste

Lieferzeit: 60 Tage

Zahlungsbedingungen: L/C/T/t

Versorgungsmaterial-Fähigkeit: 10 Stück/Monat

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3000℃ Working Temperature Graphitization Furnace

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Programmable PID Control Carbon Fiber Graphitization Furnace

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Vacuum or Inert Gas Atmosphere High Temperature Graphitization Furnace

Temperaturkontrolle:
30 Schritte programmierbar und automatische PID-Steuerung
Garantie:
1 Jahr
Arbeitsgröße:
Φ400x800 mm
Arbeitstemperatur:
3000℃
Material:
Edelstahl
Heizrate:
0-20 ℃/min
Arbeitsatmosphäre:
Vakuum oder inertes Gas
Ofenstruktur:
Doppelschicht Stahlhülle mit Luftkühlsystem
Temperaturkontrolle:
30 Schritte programmierbar und automatische PID-Steuerung
Garantie:
1 Jahr
Arbeitsgröße:
Φ400x800 mm
Arbeitstemperatur:
3000℃
Material:
Edelstahl
Heizrate:
0-20 ℃/min
Arbeitsatmosphäre:
Vakuum oder inertes Gas
Ofenstruktur:
Doppelschicht Stahlhülle mit Luftkühlsystem
Beschreibung
Carbon Fiber Graphitization Furnace with 3000℃ Working Temperature, Programmable PID Control, and Vacuum or Inert Gas Atmosphere

Carbon Fiber Graphitization Furnace

 

Product Usage :

 

(1) For high temperature graphitization and carbonization of carbon fiber.

(2) other that can be sintered and purified materials in the carbon environment.

 

Product Advantage: 

 

Carbon fiber graphitization furnace is a high-performance intelligent ultra-high temperature equipment developed by our engineering and technical personnel under the strong support of domestic scientific research institutes and universities. The operating temperature of the equipment can reach 3000℃.

 

Product Features:

 

Adopt foreign thermal insulation material and furnace structure, using temperature up to 3000℃.

When carbon fiber wire is graphitized, the wire enters from one end and leaves from the other end, and the production efficiency reaches the standard level.

Vertical temperature measurement is adopted. The placement of the temperature sensor does not affect cable routing.

Used for the graphitization of phosphorus sheet graphite or carbon powder, it adopts the push-boat mode, continuous production, good production efficiency, energy saving.

Using digital display intelligent temperature control system, automatic precision to complete the temperature measurement and temperature control process, the system can be heated according to the given temperature curve, and can store 20 pieces a total of 400 sections different process heating curve.

Comprehensive PLC water, electricity, gas automatic control and protection system control cabinet and furnace body connection cable can be as long as 20m, and remote control in equipment.

 

Main Technical Parameters:

 

 

Model JT-TWL-35 JT-TWL-137 JT-TWL-282 JT-TWL-602 JT-TWL-1000
Maxim Operating Temperature Normal Temperature-3000℃
Furnace Chamber's Size (mm) φ30*500 φ50*700 φ60*1000 φ80*1200 φ100*2000
Working Atmosphere in the Furnace Vacuum, hydrogen, nitrogen, inert gases, etc
Temperature Uniformitity ≤±10℃
Temperature Measurement Far infrared optical temperature measurement
Temperature Measurement Accuracy 0.2-0.75%
Temperature Measuring Range 1000-3000℃ or 900-3500℃

 

Carbon Fiber Graphitization Furnace with 3000℃ Working Temperature, Programmable PID Control, and Vacuum or Inert Gas Atmosphere 0

Carbon Fiber Graphitization Furnace with 3000℃ Working Temperature, Programmable PID Control, and Vacuum or Inert Gas Atmosphere 1

Carbon Fiber Graphitization Furnace with 3000℃ Working Temperature, Programmable PID Control, and Vacuum or Inert Gas Atmosphere 2

Carbon Fiber Graphitization Furnace with 3000℃ Working Temperature, Programmable PID Control, and Vacuum or Inert Gas Atmosphere 3

Carbon Fiber Graphitization Furnace with 3000℃ Working Temperature, Programmable PID Control, and Vacuum or Inert Gas Atmosphere 4

Carbon Fiber Graphitization Furnace with 3000℃ Working Temperature, Programmable PID Control, and Vacuum or Inert Gas Atmosphere 5

Carbon Fiber Graphitization Furnace with 3000℃ Working Temperature, Programmable PID Control, and Vacuum or Inert Gas Atmosphere 6

Carbon Fiber Graphitization Furnace with 3000℃ Working Temperature, Programmable PID Control, and Vacuum or Inert Gas Atmosphere 7

 

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