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Showing 71 – 80 of 159 results
Article Published on 6/1/2015
The Right Coating Opens Global Doors

Indiana manufacturer helps fight biodiesel’s effect on paint.

Experts Published on 8/1/2016
Liquid Clinic: UV Waterborne Flatline Spraying

Q. We have been asked to put a finish on some wood products. What can you tell me about UV flatline spray finishes?

Experts Published on 11/1/2019
Steps for Automating Your Paint Booth with Robots

Graco’s Bill Heuer explains the important considerations to think about before investing in a system with robots.

Article Published on 4/1/2004
UV Coating Heat Sensitive Substrates Can Expand Your Business

Today’s smart business owners are looking for ways to grow their businesses, or at least move into more lucrative markets that will provide better returns. The ability to coat heat-sensitive substrates can provide this opportunity. Ultraviolet (UV) coatings are often used on heat sensitive substrates because UV curing is an inherently low temperature process. Here’s a look at how UV coatings on heat sensitive substrates can be used to improve your business...

Article Published on 1/5/2021
Evolving Automation in Automotive

A look at the latest liquid coating technologies for the automotive sector from leading robotics and surface finishing technology providers

Article Published on 1/1/2014
Ultra Savings for UV-Cured Powder Coating

UV-Cured powder coatings are viable substitutes for solvent liquid coatings

Article Published on 3/1/2014
What’s Next for the Aerospace NESHAP?

Will it be business as usual or are major changes in store for the aerospace industry as feds look at 40 CFR Part 63 Subpart GG, commonly referred to as the Aerospace National Emission Standard for Hazardous Air Pollutants, or NESHAP.

Article Published on 7/2/2021
Outsized Impact: Graphene Nanoplatelets

Nanoscale particles at fractions of a percent greatly improve performance of metal-protective paints, coatings, primers, waxes.

Article Published on 12/19/2013
Battle for CARC Powder Coating

Sherwin-Williams and PPG were awarded research grants by the Department of Defense in June 2012 to develop a zero-volatile organic compound, zero-hazardous air pollutant exterior topcoat to replace the military’s current generation of liquid-applied chemical agent resistant coatings (CARC) by 2015.

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