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

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.

9 cm

18 c

m

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

Controller38 cm

7 cm

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

7 cm

arc.itu.edu.tr

CNT Yarn System

VA-CNT Block

Rotary Motion

Linear MotionAIM: The CNT

Yarn System try to

creates fiber, which is

composed of

VA-CNTs.

8 cm

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.