AN
IDEAL MACHINE FOR PULVERISING THERMOPLASTICS
(LLDPE/HDPE/LDPE)
DYNAMICALLY
BALANCED GRINDING PLATES.
VIBRATORY
FEEDER WITH FEED HOPPER.
ELECTRIC
SERVO CONTROL PANEL.
CYCLONE
CONTROLLER UNIT.
BLOWER
UNIT WITH DYNAMICALLY BALANCED IMPLEER.
VIBRATORY
SEIVING MACHINE WITH DUST COLLECTOR.
FULLY
AUTOMATIC ELECTRIC CONTROL PANEL BOARD.
PULVERISER SALIENT
FEATURES
EASY
TO OPERATE AND MAINTAIN
MICROFINE
POWDER
CONSISTENT
POWDER QUALITY
HIGH
OUTPUT RATES
SINGLE
PERSON OPERATION
CAPACITY
: NPUL 40 , NPUL 60 , NPUL 80 , NPUL 100
APPLICATIONS
PULVERISER
- AN IDEAL MACHINE FOR ROTOMOULDING PROCESS,
TEXTILE INDUSTRY & POWDER COATING
INDUSTRIES
PULVERISER
- AN IDEAL MACHINE FOR SMALL SCALE ROTOMOULDING
PROJECTS & POWDER COATING PROJECTS
TWIN MILLPULVERISER
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NFROTO
is India based company and different capacity
of Twin Mill Pulverizer machine, Single Mill
Pulverizer Machine manufacturer. NFROTO's
manufactured Pulverizer machine is lifts up
the granules and recycles the heavy particles
all automatically. Pulveriser machine is very
simple and user friendly. The models of pulveriser
machine ensure the manufacture of pulverised
material from plastic granules for the manufacturing
of high quality final products. NFROTO Pulveriser
can pulverise LDPE, LLDPE, HDPE and various
thermoplastic materials.
Material to be pulverized is introduced through the centre of the grinding disc and pushed outwards by the centrifugal force stuck between stator and turning disc.
Power suction unit system draws of the material beneath the mill and cools it intensively, after partition by a tornado the materials falls in to a vibrating machine which is adopted to the special necessities of plastic material
PULVERISER
MACHINE PROCESS
Polymer resin are typically available in granules form for positive detailed end use and some mixing and moulding progression desires the polymer resin powder, therefore the granules are normally grinded in pulveriser to slighter evenly sized particles, the ground particles are thereafter passed through sieve vibrator to ensure maximum levelness for successive process need.