|
Plastic recycle machine group
FS-75 type plastic recycle machine group is
mainly used for recycling high foaming polystyrene and polyethylene
products to make grains; also used for recycling PS and PE
empty containers and films to make grains. It is ideal equipment
for recycling plastics with hot plasticity (except PVC).
¡¡¡¡This machine has a compact structure.
It is easy to operate. High foaming waste material needed
not to be broken can be directly recycled to make grains.
The machine group has a screen changer needed not to stop
machine. It can produce con-tonally. It is one of the most
ideal machine type to save energy and decrease consumption.
Phote Left: FST-130/120 2 grades exhaust
type plastic recycle machine group
Photo Right: FS-75 type plastic recycle
machine group
FST-130/120 2 grades exhaust type plastic
recycle machine group
FST-130/120 2 grades exhaust type plastic recycle
machine group is mainly used for recycling high foaming polystyrene
and polyethylene products to make grains, also used for recycling
empty containers and films to make grains. The first grade
extrude in machine group is powerful feeding, the second grade
extrude is an exhaust type extrude with varying diameter.
This machine group is equipped with breaker with wide inlet,
material store, water tank, grain machine etc. It has stable
performance, high production and automatic degree. It is easy
to operate. It is ideal equipment for recycling waster plastics
with hot plasticity.
Main technical parameters
| Model |
FS-75 |
FST-130/120 II grade vent style |
| Screw diameter |
75mm |
I
grade:120;II grade:130/100 |
| L/D |
15 |
I
grade:8.5;II grade:28 |
| RPM |
40-80 |
40-80 |
| Extruded amount |
20-50kg/h |
50-100kg/h |
| Power supply |
380V
50Hz |
380V
50Hz |
| Mounted capacity |
27kw |
80kw |
| Pressure of cooling
water |
0.2Mpa |
Over 0.2Mpa |
| Weight of machine group |
1.8t |
6t |
| Installation size |
5000x600x1900mm |
9000x3400x5500mm |
Note:For new produces refer to specifications.
Plane arrangement plan
E-mail: zmec@zmec.com
|