In both traditional and renewable power generation sectors, maintaining reliability is essential. Protective coatings play a critical role in shielding power assets across wind, nuclear, hydroelectric and fossil fuel facilities from the most demanding environments, ensuring plants and equipment remain operational and efficient while minimizing maintenance costs.
PPG’s coatings are engineered for the unique needs of the renewable and traditional power sectors, helping shield facilities from corrosion, UV exposure, chemicals, moisture, radiation and fire. With decades of research and experience, we help power producers worldwide face new operational and environmental challenges every day.

Engineered for both offshore and onshore use to help shield towers, blades and foundations from corrosion, UV rays and fading. Backed by years of industry expertise, they meet rigorous wind industry standards.

For more than 50 years, PPG coatings have been used in nuclear reactors around the world. Our coatings are engineered to withstand nuclear containment environments, offering exceptional resistance to chemical impact and radiation.

Built for the harsh demands of the fossil power industry, including tough weather, high heat, corrosive chemicals and flue gases. Easy-to-apply and fast-curing, our coatings keep projects on track and deliver lasting protection.

Enhance the performance and reliability of hydroelectric plants with PPG coatings. Our solutions protect vital components from fast-flowing water, chemicals, abrasion and debris, even in extreme conditions.

A heat-resistant coating designed to prevent corrosion under insulation (CUI) in extreme temperatures ranging from –196°C to 650°C (–321°F to 1,200°F) on pipes and other assets. This technology is surface tolerant and stable against UV.

Protects steel structures requiring corrosion protection in extreme environmental conditions. This solution has reduced environmental impact with low VOC emissions and offers easy application.

Durable and flexible, this aliphatic acrylic polyurethane finish offers excellent color and gloss retention with unlimited overcoating times for extended service life. This coating has good application properties and can be recoated even after long atmospheric exposure.

This next generation flexible epoxy intumescent coating system provides passive fire protection designed to resist hydrocarbon hazards including pool fires, jet fires and explosions in onshore and offshore environments.

Prolonging service life and protecting assets in some of the world's most severe environments with proven resistance to abrasion, impact, corrosion and seawater. This fast-drying, single-coat system speeds up the coating process, minimizing downtime and is available in a number of colours.

Tested to ANSI and ASTM requirements, this epoxy coating is suitable for nuclear environments that require radiation tolerance and decontaminable surfaces along with outstanding corrosion resistance.

A zinc-rich epoxy primer for C5 and CX environments per ISO 12944-2, this high-solids formula offers lower VOCs and quick-drying performance and for overcoating soon after application.

This epoxy primer and buildcoat provides outstanding corrosion protection in atmospheric exposure. It accelerates throughput with a short overcoating time and broad dry film thickness range, while offering easy application by airless spray.

A hull coating designed for all vessel types and speeds, with particular effectiveness during slow steaming. Its controlled surface-active polymers (CSP) binder composition lowers friction and suppresses turbulent flow for average fuel savings of 5%.