| Price | negotiation |
| MOQ | 1 unit |
| Delivery Time | 7 working days after received your payment |
| Brand | Altrasonic |
| Place of Origin | China |
| Certification | BV |
| Model Number | HS-N15 |
| Packaging Details | Packed in carton firstly,and then reinforced with wooden case for outer packing |
| Payment Terms | T/T, Western Union |
| Supply Ability | 1000 units per year |
| Origin | China | Place of Origin | China |
| Packaging Details | Packed in carton firstly,and then reinforced with wooden case for outer packing | Product Name | High Pressure Atomizer Ultrasonic Nozzle Spray For Chemical Mixing 150 L/H 62μm |
| Material | Plastic or Stainless Steel | Model Number | HS-N15 |
| Atomization Volume | 150L/H | Supply Ability | 1000 units per year |
| Certification | BV | Brand Name | Altrasonic |
| Payment Terms | T/T, Western Union | Atomization Head Structure | Horn |
| Average Particle Diameter of Fog | 62um | Price | negotiation |
| Delivery Time | 7 working days after received your payment | Minimum Order Quantity | 1 unit |
| Frequency | 15Khz | Power | 500W |
High Efficiency Stable Ultrasonic Atomizer Nozzle Atomized Particles 15kHz
Specifications:
|
Model |
HS-N60 |
HS-N50A |
HS-N50B |
HS-N50C |
HS-N40 |
HS-N30 |
HS-N20 |
HS-N15 |
|
Frequency |
60KHz |
50KHz |
50KHz |
50KHz |
40KHz |
30KHz |
20 KHz |
15 KHz |
|
Atomization Volume |
0.5L/H |
2 L/H |
2 L/H |
2 L/H |
10 L/H |
70 L/H |
100 L/H |
150 L/H |
|
Average Particle Diameter of Fog |
20um |
28um |
28um |
28um |
32um |
39um |
51um |
62um |
|
Power Consumption |
0.01 Degrees/Kg |
0.001 Degrees/Kg |
||||||
|
Atomization Head Structure |
Cylindrical |
Horn |
||||||
|
Power |
30W |
30 W |
30 W |
30 W |
60 W |
100 W |
300 W |
500 W |
|
The Application of Atomizing Media |
Ordinary water, a variety of liquid substances, chemical liquid, a variety of oil mucus, metal melt and so on |
|||||||
Description:
Ultrasonic spraying is a unique spraying technology, which is a spraying method based on ultrasonic atomizing nozzle technology. The material to be sprayed is first in a liquid state, and the liquid can be solution, sol, suspension, etc. The liquid coating is first atomized into fine particles by an ultrasonic atomizing device, and then uniformly coated on the surface of the substrate by a certain amount of carrier gas, thereby forming a coating or film. Compared with traditional pneumatic two-fluid spraying, ultrasonic atomizing spraying can achieve better uniformity, thinner coating thickness and higher precision. At the same time, since the ultrasonic nozzle can be atomized without air pressure assistance, the use of ultrasonic spraying can significantly reduce the splash of paint during the spraying process and achieve the purpose of saving paint.
Applications:
Ultrasonic
atomization
spraying
systems
are
now
used
in
many
fields,
especially
in
the
fields
of
alternative
energy
and
nanomaterials,
glass
industry,
medical
treatment,
printed
circuit
boards,
semiconductors,
etc.
Such
as:
1.
Ultrasonic
fuel
cell
catalyst
coating
system
2.
Thin
film
&
perovskite
solar
cell
coating
system
3.
Carbon
nanotubes,
nanowires
and
other
nanomaterial
coating
systems
4.
Thin
film
functional
glass
coating
system
5.
Hard
coating
and
other
thin
film
protective
glass
coating
systems
Competitive Advantage:
1. The printhead is inherently non-clogging, has a self-cleaning device, and has no moving parts to wear, greatly reducing downtime in critical production processes.
2.
The
spray
pattern
is
easy
to
form
for
precise
spraying,
and
the
highly
controllable
spray
produces
reliable,
consistent
results.
3.
The
nozzle
adopts
corrosion-resistant
titanium
alloy
structure,
which
has
a
long
service
life
and
excellent
acoustic
performance,
making
the
application
range
wider.
4.
Ultra-low
flow
capacity,
easy
to
control,
repeatable
intermittent
or
continuous
spraying.
And
because
the
water
droplets
stay
on
the
substrate
instead
of
bouncing
off,
the
amount
of
overspray
is
greatly
reduced
(up
to
80%),
which
translates
into
substantial
material
savings
and
reduced
emissions
to
the
environment.
Picture:
