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Sole Distributors for Middle
East |
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Metal Surfacing Technology &
Hard Surfacing Powders |
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Precision Machinery LLC’s
PM-CLADD Laser Process can be
applied to complex geometric
shapes of OEM products to
protect them against highly
abrasive and corrosive wear |
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Our Definition of product
Enhancement |
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PM-CLADD product enhancement
program is how we partner with
customers and other engineers,
using our specific area of
expertise in metallurgy and
powder coatings technology, to
help make new and old products
last longer and perform better.
We help ensure that they are
built to last.
The products we enhance are your
key components that are exposed
to highly abrasive and highly
corrosive environments. |
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Processes
We
Perform |
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Hard
facing
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Laser
Cladding
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Laser
Heat
Welding
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Pre-Machining
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Post
Finishing
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The kind of Products
PM-CLADD
can enhance |
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We can enhance any critical,
high wear part which needs
special treatment to maximize
its performance and extend the
working life cycle.
PM-CLADD is
a specialized process that
involves our engineering
department communication with
your manufacturing engineers. |
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Why
PM -CLADD Laser Cladding
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Our team has proven expertise in
everything from chemistry behind
powder coatings and metals to
;the intense corrosive and
abrasive environments your parts
experience for days, weeks, and
sometimes years. |
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Metallurgical
Understanding
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Power
Coating
Technology
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Engineering
Application
Knowledge
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What this means for You |
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Longer product life
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Reduction in downtime
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Customer satisfaction
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PM-CLADD product Enhancements
are applicable in these
industries: |
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Oil & Gas
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Process Equipment
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Pulp & paper
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Food processing
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Chemical processing
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Petroleum Refining Critical
Wear
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Typical
Components for Laser Cladding |
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Down hole oil Equipment Market |
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Stabilizers
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Wear Bands
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Wear sleeves
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Wear Pads
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Kicker pads
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PC Pump Rotors
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Marine & Offshore Equipment: |
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Bearing and sealing surfaces of
propellers, Bow thruster,
turbochargers hydraulic cylinder
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Oilfield Equipment |
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Ball Valves: Balls and seats
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Gate Valves: Gates and wear
Surfaces
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Pumps: centrifugal, Positive
Displacement Shafts, stuffing
boxes, impellers, Rotors
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Construction and industrial
equipment |
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Spreaders and Augers in Asphalt
plants and Paving Equipment
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Knives & Tools
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Bearings, Sleeves
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Critical Wear Components
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How Do we go about developing
Laser Cladding
applications |
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We combine our expertise in
coatings and metallurgy with
solid understanding of all
manufacturing processes |
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Understanding the working
environment of the product
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Evaluation of wear & Tear
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Define suitable process for
the application
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Deploying proprietary
process technology for
completing the enhancement
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High velocity Oxygen Fuel Flame
Spraying |
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Advantages: |
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In the high velocity
oxygen Fuel flame
spraying process,
powder is introduced
axially into a
chamber in which a
gas flame is
constantly burning
under high pressure.
The exhaust gas
exits through an
expansion nozzle
which produces a
high velocity gas
stream. The Powder
particles are heated
in this gas stream
and transferred by;
it with high kinetic
energy to the
surface of the work
piece. Forming a
dense coating with
excellent bonding
properties, Due to
the moderate
transfer of heat to
the powder particles
and to the work
piece, which remains
relatively cool,
there is little
metallurgical change
to the sprayed
material and the
work piece. |
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Atmospheric
Plasma
Spraying |
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Advantages: |
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High
quality
and
dense
coating
ideal
for
high
melting-point
materials
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In the plasma
spraying process
powder is softened
or melted in the
plasma gas stream,
which also transfers
the particles to the
work piece. The
plasma arc is not
transferred to the
work piece, it is
contained within the
plasma torch between
an axial electrode
and a water cooled
nozzle, The process
is operated in
normal atmosphere,
in a shielding gas
stream (e.g.Argon),in
a vacuum or under
water, due to the
high temperature of
the plasma gas
stream the plasma
spray process is
especially suitable
for spraying high
melting-point metals
as well as their
oxides and carbides. |
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