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VIBRATORY EQUIPMENTS
We are engaged in manufacturing and supplying
of vibratory equipment which eliminate all flow
related problems like Chocking, Segregation,
Rat Holing, Funneling, Bridging, Aching and
Flushing. These find their application in Chemical,
Petrochemical, Plastics, Pharmaceutical, Paint
& Ink, Powder Coatings, FMCG and Food. We
can provide these in customized specifications
as per the requirements of our clients.
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Bin
Activators |
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We are offering to our clients,
bin activators which provide ultimate
solution to eliminate all flow
related problems like Chocking,
Segregation, Rat Holing, Funneling,
Bridging, Aching and Flushing.
These are providing positive and
continuous flow on first in-first
out basis even for the most difficult
Bulk solids. The salient features
are as follows:
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Material
is fluidized by vibrations to reduce
its shear strength and resistance
to flow resulting in gentle flow. |
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Discharge
is continuous, on demand and at
uniform rate. |
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Vibrations
deaerate material and condition
it to uniform bulk density, which
helps in packaging and metering. |
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Improved
flow permits less bin wall slopes
which combined with small Bin Activator
height results in considerable headroom
saving and/or increased storage
capacity. |
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As
with air and steam devices, there
is no dusting, wetting or product
degradation. |
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All
load-bearing parts are amply dimensioned
for years of failure free service. |
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Circular
/ Rectangular Gyratory Screen |
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We are engaged in manufacturing
and supplying of circular gyratory
screens which are self-contained,
compact, production machines that
make precise mechanical separations
as per particle size through efficient
use of multiplane inertial vibration
techniques. These are provided to
our clients in customized specifications
as per the requirements of our clients.
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Spiral
Elevators |
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We
are engaged in manufacturing and
supplying of spiral elevators
which are Available in Mild Steel,
SS304 & SS316 as per requirement.
Ideal for granular solids, these
can be supplied for powder also
with closed spiral. The salient
features are as follows:
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Eccentricity
of the unbalanced (eccentric)
weights attached to the
shaft of the Vibratory motor
can be adjusted to increase
or decrease amplitude of
vibration. |
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Direct
heating, cooling, drying is possible
by admitting air at bottom of the
central tube & venting at top
or vice versa depending upon whether
material is ascending or descending. |
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Indirect
heating, cooling, drying is possible
by admitting air / water / oil /
steam through bottom chamber of
welded double floor flights &
location of inlet & outlet depends
upon whether material is ascending
or descending. |
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The
processes of heating, cooling, drying
can be combined i.e. one may be
direct & the other indirect. |
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No
product degradation, velocity of
the order of 0.15 m/s hence high
retention time Ideal for heating,
cooling, drying. |
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Space
saving design. |
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Effective
Height from 1m to 6m (Total Height
2.5 to 8m). |
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Capacities
up to 20 m3/h. |
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Solids
temperature from (-) 200 C to 8000
C. |
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Spiral
OD from 340 to 1140 mm. |
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Pitch
from 40 to 140 mm. |
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Motor
2X0.60 to 2X 6 kW input. |
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P
65 Vibration motors & even for
hazardous areas. |
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Available
in Mild Steel, SS304 & SS316
as per requirement. |
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High
performance and low energy consumption. |
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Low
Maintenance. |
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Increased
heating, cooling, drying is possible
by increasing spiral diameter. |
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0%
to 100% feed rate adjustability. |
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Multiple
spiral tracks for conveying 2 different
solids at the same time. |
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Noise
level 60 - 75 dB(A). |
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USDA
(3A) available. |
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Mirror
finish for sticky solids. |
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Units
with Drive at bottom with vibration
isolators. |
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Drive
is located at the top for vertical
up (down) conveyance requiring low
feed (discharge) height. |
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Curved
/ Flat Spiral edges depending upon
solids. |
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Screening
element to remove fines before discharge
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Destoner |
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We are manufacturing and supplying
dry destoners which are used for
seed handling industries wherein
same size stones have to be removed
from seeds before processing.
These ensure efficient vibratory
motion using a pair of high performance
unbalance weight vibromotors.
The salient features are as follows:
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Working
deck rests on resilient springs
and is carefully designed
to ensure kinetic stability. |
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The vacuum operated unit is totally
enclosed and all openings like seed
inlet and outlets and stone discharge
chute are air sealing type providing
a design, constrained air flow through
only the diffuser plate. |
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Carefully
shaped hood helps ensure air suction
through the working deck and simultaneously
discharge air with minimum losses. |
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Large
glazed windows are provided on hood
to exercise real time operational
control Sufficient hand-holes are
provided in case mesh cleaning is
required. |
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Special
heavy guage wire mesh offers long
life compared to commercial carbon
steel mesh. |
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All
controls like air volume, deck inclination,
projection angle etc. are easily
adjustable and positioned such that
operator can exercise real time
control over the process while machine
is in operation. |
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Accessories
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Vibration
motor even for hazardous application. |
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Aspiration
system complete with aspiration channel,
cyclone separator, Rotary air lock valve
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High
efficiency centrifugal fan. |
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Pre
Cleaner |
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We are engaged in supplying of
pre cleaners which are ideally
suited for efficient cleaning
of all cereal grains, pulses and
pre-cleaning of seeds of all crops
such as wheat paddy, barley, maize,
millets, sunflower, soyabean,
oil seeds, vegetable seeds, pulses
and coffee seeds. These work as
follows:
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Seeds/Grains
are fed into a feed hopper
where they are evenly distributed
by a feed roller and drop
through a controlled gate
on the top sieve. |
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Before
falling on Top Screen, grains are
subjected to primary aspiration
which drains off chaff, straw, dust
and deceased grains. |
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Material
is then passed through three sieve
layer for separation according to
width and thickness. |
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Sieve
perforations are kept cleaned by
specially designed rubber balls. |
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After
passing through screen, cleaned
material again passes through air
lifter and aspiration where remaining
light particals are sucked off by
a strong upword draught of air. |
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Final
product and impurities are collected
separately through discharge chutes
sieve layer for separation according
to width and thickness. |
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