Rokide® Spray Coatings 
The Rokide Spray System is a unique process utilizing ceramic oxide
rods. The resulting ceramic-based coating provides excellent durability
under extremely demanding conditions. Rokide coating is especially
suited for applications requiring extreme dry abrasion wear resistance.
Industries such as paper, petrochemical, oil, wire, and aviation/aerospace
benefit tremendously from Rokide ceramic coatings.
In the Rokide process, ceramic rods are melted, atomized and sprayed
at high velocity on the surface to be protected. Rokide forms an
extremely hard, flexible and chemically inert coating that can
be used as sprayed
or finish-ground to a specified tolerance. This process requires
no water, electrical power, or inert gases. Maintenance can be
done in-house
and does not normally require outside technical assistance.
Rokide rods are available in many ceramic oxide compositions, allowing
our coatings engineers and customers to choose the most appropriate
formulation for a specific application.
Advantages of the Rokide ceramic coatings:
Improved wear resistance
Ceramic coatings are much harder and much
more resistant to wear and abrasion than metals. Ideal for pump components
where sand,
dirt, or
other abrasive particles are present.
Improved heat resistance
Rokide coatings improve metal components
with the protective properties of ceramic at temperatures up to 4500oF.
Ideal
for rocket engine
exhausts and jet engine components; also appropriate
for hot extrusion dies
or components in contact with hot metal.
Superior electrical
insulation
Ideal for parts used in electrical components. Can be
used in wire-wound furnace cores and copper induction
heating
coils for
both heat
and electrical insulation.
Superior corrosion resistance
Ceramics are chemically inert, even in
the presence of many corrosive chemicals, yet provide structural
strength
that
other inert substances
such as plastic lack. Rokide coatings are therefore
ideal for chemical and process industry applications.
Reduced
weight
In many applications, the total weight of the
components in a process is a critical factor.
Rokide contributes
minimal weight
to components
yet provides superior protection and strength.
Material
cost savings
Many Rokide coatings can give superior properties
to relatively inexpensive materials.
For example, a stainless
steel pump
body can be replaced
by less expensive cast iron and coated
internally with Rokide. Value engineering can uncover
many opportunities to reduce
operating costs.
Reconditioning of worn
parts
The expense of replacing worn parts can
be greatly reduced or even eliminated
by reconditioning
with Rokide coatings.
Parts
can often
be reconditioned on location, saving
the costs of removing, transporting
and reinstalling.
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