1. arc.itu.edu.tr
Densificator
AIM: The densificator decreases the
volume fraction of VA-CNTs. The
working principle is only the
enhancing of the density of VA-CNTs.
50 mm
Max
Size:
20 mm
5 μm
precision in
one way SEM Image of
VA-CNTs_%10
SEM Image of
VA-CNTs_%1
5 cm

2. arc.itu.edu.tr
Densificator
NOZZLES : All operating modes are
working with special nozzles, which
compatible with densificator axes.
The user selects required
nozzles in terms of initial
dimensions of VA-CNT.
The direction of densifications
are configurable with respect
to densification types.
9cm
18cm

3. arc.itu.edu.tr
Mini Autoclave
AIM :
Basically, the
system is a
pressurized and
heated vessel
which is using for
the production of
fiber reinforced
composite
materials.
Process Temperature:
25oC – 180oC
Process Pressure:
-0.9 bar – 7 bar
Whole Process
controlled with PID
Controller
38 cm
7cm

4. arc.itu.edu.tr
Mini Autoclave
AIM :
Basically, the
system is a
pressurized and
heated vessel
which is using for
the production of
fiber reinforced
composite
materials.
Process Temperature:
25oC – 180oC
Process Pressure:
-0.9 bar – 7 bar
Whole Process
controlled with PID
Controller
7cm

5. arc.itu.edu.tr
CNT Yarn System
VA-CNT
Block
Rotary
Motion
Linear
Motion
AIM: The CNT
Yarn System try to
creates fiber, which is
composed of
VA-CNTs.
8cm
PROCESS: The
Motions can be using
simultaneously or
separately.
Rotational Motion
+
Linear Motion
=
VA-CNT FIBERS
The speed of Linear
and Rotational
Motions designate
the quality of
VA-CNT Fibres.