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9MB Type Machine Mount
Plasma Spray Gun |
Plasma gun that is handheld. Requires a power supply, console, heat exchanger.
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Uses |
Pros |
Used
With |
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Used to spray
tougher
materials. |
Spray hard
materials. |
Ceramics,
tungston
carbide.
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The 9MB Type Plasma
Spray Gun Machine Mount hardware was
designed for
versatile, safe and easy
operation. When changing
from one spray material or
plasma gas to another, the
switchover is fast nozzles
and electrodes are plugin/pullout
assemblies. Water-cooled
cables are attached to the
bottom of the manual
handheld gun to improve
balance and prevent
interference in close-up
spraying applications. Water
cooled power cables for the
gun have right and left
hand thread design, making
it impossible to cross
connect them. Heavy plastic
insulators are provided to
protect the operator from
electrical shock.
EQUIPMENT FEATURES:
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High power
capability optimum
performance at
levels up to 80 kW
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High heat output
capabilities
plasma gas
temperatures up to
16,000ΊC (28,880ΊF)
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High plasma gas
velocity in excess
of 3,050 m/s (10,000
ft./sec).
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Dual Gas Capability
operates with
either argon or
nitrogen as the
primary plasma gas.
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High Particle
velocities up to
610 m/s(2,000
ft./sec.)
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Nozzles designed
with Thin Annular
Passage Cooling
(TAP) precisely
direct the cooling
water for optimum
heat transfer and
even distribution
within the hardware.
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The design of the
electrode allows for
impinged water
cooling to be
directed into the
critical tungsten
tip area, resulting
in improved
electrode life.
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Long life gas
insulators
fabricated from heat
resistant ceramics,
ensure durability
and uniform gas flow
at high power
levels.
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Modular construction
permits the use of
high performance
hardware with both
handheld and machine
mount gun
variations.
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Adaptable with
extensions allows
for internal
diameter spraying
(e.g., cylinder
walls) or for spray
applications in
hard-to-reach areas.
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Improved hardware
accessibility
allows easy
replacement and
changeover of
nozzles, electrodes
and gas insulator
assemblies.
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High power levels
extended nozzle and
electrode life.
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Higher spray rates
shortens production
time.
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Advanced technology
broadens range of
capabilities.
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Ease of operation,
maintenance, and
installation
ideally suited for
general purpose and
advanced
coating applications
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Operates with SCR-controlled
power supply units
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Historically proven
nozzle design
offers economical
replacement cost.
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Fully operational
with nitrogen as the
primary fuel gas
economical operating
parameters with high
BTU output.
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