Industrial Coatings

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Sustainable low-Mw and high-Mw polymers can be made without generating any waste during polymer synthesis, using reactive solvents and water as a reaction media.

Here are five examples of engineered coatings that work well for aluminum or aluminum alloys and give valuable inspiration for thinking about possibilities associated with your aluminum parts.

A snapshot of the economy, the supply chain crisis, raw material pricing, growth trends in the coatings industry, and takeaways for post-COVID growth.

When an outdoor furniture company decided to move its operations from California to Texas, which also entailed the construction of a new state-of-art powder coatings line, it expanded its partnership with PPG.

This new coating enables isocyanate/formaldehyde-free technology to be used in metal applications, as well as over wood and a wide variety of primers.

Heating films with graphene nanotubes have been proven to be an economical, efficient, and durable solution.

Today's metal casting business leaders know the importance of choosing the right foundry coatings during their operations. Here’s a closer look at these refractory coatings and how they help achieve company goals.

This innovative technology is designed to meet the delicate balance of the low-bake conditions for coating MDF. It is based on unconventional polyester-hybrid technology with a complete binder package approach that offers synergistic performance benefits of flow, smoothness, excellent chemical and stain resistance, adhesion on MDF and metal, ease of workability, and one-shot matte capabilities at low temperatures.

Anticorrosion coatings go beyond the standard topcoats seen on bridges, cars or heavy equipment exteriors. Rust-converting coatings can do much for surface prep, while removable coatings meet an important temporary protection need. Whatever the specific situation, it is good for manufacturers, maintenance crews and even construction workers to be aware of specialty coatings that can make their job easier.

Coating processes on thermoplastics are multifaceted, and require precise engineering and quality controls. The effects of paint chemistry, plastic compatibility and surface quality are essential for product performance. Single-component lacquer, two-component thermosets and UV coating technologies are effective for painting and coating polypropylene substrates, and they are available in water-based chemistries.