Boyee - FCCVD SWCNT Growth System

FCCVD SWCNT Growth System

Continuous Single-Walled Carbon Nanotube Growth System for Conductive Additive Production

The stainless steel sealing structure is used as the furnace body, equipped with high-quality furnace chamber, heating section is 1815mm and control system, with accurate temperature control.

FCCVD Single-Walled Carbon Nanotube Growth Equipment for Conductive Additives



Equipment advantage
01

Stainless steel explosion-proof design and cooling water protectio

02

Multi-stage atomization ultrasonic feed design

03

Equipped with vacuum system interface

04

Air intake con gured preheating system preheating system

05

Large diameter furnace tube and shaft receiving mechanism

Same series of products

Small diameter ( single tube )

Large diameter ( single tube )

Large diameter ( double tube )

Small diameter ( single tube )
Technical Specifications:

Alundum tube

Tube material

φ80*1800

Furnace tube size (mm)

30

Heating power (kw)

±5

Temperature uniformity(℃)

~6

Growth efficiency (g/h)

2.3x0.8x1.5

Overall dimension L*W*H(m)
Large diameter ( double tube )
Technical Specifications:

Carborundum tube

Tube material

φ220*2200×2

Furnace tube size (mm)

80

Heating power (kw)

±5

Temperature uniformity(℃)

~60

Growth efficiency (g/h)

3.5x1.2x2.1

Overall dimension L*W*H(m)
Large diameter ( single tube )
Technical Specifications:

Carborundum tube

Tube material

φ220*2200

Furnace tube size (mm)

60

Heating power (kw)

±5

Temperature uniformity(℃)

~30

Growth efficiency (g/h)

3x1x1.8

Overall dimension L*W*H(m)



Design Advantages
01

Stainless steel explosion - proof design and cooling water protection:Combination of cooling water layer and thicker insulation layer ensures the explosion - proof and low energy consumption.

02

Multi - stage atomization ultrasonic feed design:Feed uniform, effective control of directional growth, improve batch consistency.

03

Equipped with vacuum system interface:Quickly purging inner gas of furnace by using argon (carrier gas), hydrogen (reducing gas) and methane (carbon source gas, selected according to process requirements).

04

Air intake configured preheating system preheating system:Bringing the gas to the appropriate temperature before entering the furnace to ensure consistent reaction conditions

05

Large diameter furnace tube and shaft receiving mechanism:Ensure production capacity and continuous collection without stopping

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