Plastic Blasting Media – Overview, Advantages and Applications

Plasti-Grit® plastic blast media is made from 100% recycled materials. This eco-friendly abrasive is used in industrial cleaning and paint removal processes. Plastic media abrasives effuiently strip epoxies, powder coatings, primers, paints and coatings from steel, hard metals, brass, aluminum, plastics, composites and fiberglass.

Plasti-Grit® is manufactured in 5 grades of hardness (Urea, Melamine, Clear-Cut®, Acrylic and Polyester) in all standard sizes and meets MIL-P-85981.

Blasting with Plastic Media prevents damage to delicate substrates and is therefore an excellent alternative to hard abrasives as well as chemical stripping. Plastic abrasives can be reclaimed many times, offering excellent cost benefits.

Plastic Media Blasting Applications

Figure 1. Plastic media blasting for automotive restoration.

Plastic media is commonly used to remove paint from cars, trucks, airplanes, boats, trains, helicopters, components and parts.

Figure 2. Using plastic media blasting to remove powder coatings from parts.

In contrast, PMB is an effective method for stripping all types of metals. It removes all or a part of a cured powder coating from the surface of a part without causing any damage. Figure 2 shows the PMB process used for removing powder coatings from components.

Figure 3. Aluminum missile airframe



About Composition Materials

Since 1923, Composition Materials has been an industry leader in supplying Abrasives, Blast Media, Non-Skid Media, Deflashing Media, Fillers & Extenders, UV Masking Resins and Natural Cosmetic Ingredients.

Many of the company’s products are manufactured from recycled and sustainable sources. Composition Materials has a large network of worldwide distributors throughout North America, South America, Europe, Australia, New Zealand, and the Pacific Rim.

Composition Materials

This information has been sourced, reviewed and adapted from materials provided by Composition Materials.

For more information on this source, please visit Composition Materials.

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