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Processing

Rilsan^® PA11 coatings may be applied to all types of metal components, providing these can be raised to the necessary coating temperature without causing any physical change to the metal (distortion) and degradation of its structure. Read more about the different processes used in the application of Rilsan^® Fine Powders by choosing a topic below.

Gritblasting and priming are required to attain the best possible adhesion and corrosion resistance from Rilsan<sup>®</sup> PA11 coatings

Surface Preparation & Primers

Proper substrate preparation and primer selection must be made to achieve high performance.

Rilsan<sup>®</sup> Fine Powders can be applied using the electrostatic spray process

Electrostatic Spraying

Traditional electrostatic spraying processes typically yield a coating thickness of 80-150µm (4-6 mils).

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Fluidized Bed Dipping

Coatings of 250-500µm (10-20 mils) thick are typical. Much thicker coatings can be achieved for more massive substrates (e.g. printing rollers).

Others

Other Processes

There are several additional ways to apply Rilsan^® Fine Powder coatings, including minicoat, hot spray (flock), and flame spray.

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