When it comes to quality industrial coatings that last, the work begins well before the powder spray booth. While the coating application and curing processes are certainly critical, there’s no getting around the fact that exceptional quality is...
At Winona Powder Coating, "Quality From Start to Finish" is more than just a catchphrase. It’s our company’s philosophy, the modus operandi that guides all of our internal processes. From first pretreatment to finished product, from project...
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As an AAMA Registered Applicator, we’re proud to deliver architectural coatings that meet and exceed AAMA 2605 performance requirements—while offering the next generation of durability, sustainability, and design flexibility.
America’s need for data centers has exploded over the past several years, keeping pace with the demands of big data, AI, and other emerging digital technologies. Thanks to newly introduced state tax breaks and various incentive programs aimed at...
For more than half a century, our mission has been to deliver the highest quality finishes available, with quick turnaround and cost efficiency that our customers count on. Proudly in operation since 1974, our company has grown into one of the...
Winona Powder Coating is increasingly delivering high-performance functional coating solutions for electric vehicle (EV) components and energy storage systems. Specializing in dual-coating technology, we can combine both epoxy e-coating and powder...
Tariffs and international trade disputes continue to reshape the American manufacturing sector throughout 2025, and the powder coating industry is no exception. Many U.S. companies and vendors that rely on overseas manufacturers have been...
Tariffs and international trade disputes continue to reshape the American manufacturing sector throughout 2025, and the powder coating industry is no exception. Many U.S. companies and vendors that rely on overseas manufacturers have been...
Metal is reactive and conductive. Corrosion is generally caused by reactivity whereas conductivity allows the less reactive metal in contact with it to transfer corrosion to its more reactive neighbor. This process is known as the galvanic corrosion.