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Catalytic Chemical Vapor
Deposition (CCVD) or
simply Chemical Vapor
Deposition (CVD) with
variants like thermal
and plasma-assisted is
the dominant commercial
technique for the
fabrication of VGCF and
VGCNF. Here, gas-phase
molecules are decomposed
at high temperatures and
carbon is deposited in
the presence of a
transition metal
catalyst on a substrate
where subsequent growth
of the fiber around the
catalyst particles is
realized. In general,
this process involves
separate stages such as
gas decomposition,
carbon deposition, fiber
growth, fiber
thickening,
graphitization, and
purification and results
in hollow fibers. The
nanofiber diameter
depends on the catalyst
size. The CVD process
for the fabrication of
VGCF generally falls
into two categories: 1)
fixed-catalyst process
(batch), and 2)
floating-catalyst
process (continuous).
Ultra long Vapor-grown
Carbon Fiber
Shortened form VGCF
Diameter: 40nm~1μm
Length: 1~10 cm
Length-diameter Ratio(L/D):
5x104~5x105
Total carbon content:
99%
True density: 2.0 g/cm3
BET specific surface
area: 10 g/cm3
Electrical resistivity:
1*10-4Ω. Cm
Application: Carbon
fiber is easy to get
equably pre-mixed
matters before modeling,
which is applicable for
a variety of
thermoplastic and
thermoset resinic
lubricants and a variety
of carbon fiber enhanced
plastic granule and
products with different
capabilities such as
paper making, plastic
field, heat
preservation,
architecture, enhanced
concrete and etc.
Fracture Toughness of
Vapor Grown Carbon
Nanofiber-Reinforced
Polyethylene Composites
Production and
characterisation of
vapour grown carbon
fiber/polypropylene
composites
Mechanical Strength of
Pyrolytically Stripped
and Functionalized Heat
Treated Vapor Grown
Carbon Nanofibers
If you don't find what you're looking for,
Contact Us.
We may have a suitable product that's not listed, or we may be
able to develop a material to fit your specific needs.
Tel : (02)2217-3442 / Fax : (02)2704-4070
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