Ballistic separators are placed upstream of sorting plants
and allow you to make the separation of the treated materials
by exploiting the different physical properties which they own.
They have the function of separating the feed stream into
three streams based on the technological principle according
to which the separation of the individual parts placed in a
current of fall takes place according to the different flight curves.
The fed material falls on an inclined bottom and rotating,
by the rotational movement, transmits a pulse and generates
a movement of flight contrary of the individual parts;
at this stage the individual parts behave differently;
light fractions (flat and thin), such as paper, cardboard medium
sized, plastic film, textiles and so on, are thrown upwards
along the trajectories flat and low and transported by the rotary
movement of the base towards the top of machine,
in the direction of the upper hopper arranged to light fractions;
heavy fractions (cubic – solid) are thrown upwards by the
movement of the bottom and flow from the inclined position
of the same in a position of flight directed downwards
of the machine where is located the discharge hopper.
This screening process therefore generates three fractions:
the fraction sieved, the light fraction and the heavy fraction
which are then conveyed to the subsequent steps of the
selection process
BS04 | BS06 | BS08 | BS10 | BS12 | |
Paddy Number | 4 | 4 - 6 | 6 - 8 | 6 - 8 | 6 - 10 |
Paddle length | 5.5m | 5.5m | 5.5m | 5.5m | 5.5m |
Angle adjustment | 0 – 25° | 0 – 25° | 0 – 25° | 0 – 25° | 0 – 25° |
Sieve hole size | 20-80 mm | 30-80 mm | 30-80 mm | 30-80 mm | 30-80 mm |
Fan Number | 2 - 4 | 2 - 4 | 2- 4 | 2 - 4 | 2 - 4 |
Power | 5.5kw | 7.5kw | 11kw - 15kw | 11kw -18.5kw | 22kw |
Throughput | 0-30 m³/h | 30-50 m³/h | 50-70 m³/h | 70-90 m³/h | 90-120 m³/h |