Two-component aliphatic polyurea coating systems offer fast return to service and high film builds, and their use is on the rise. This article studies the network structure of these coatings to improve their properties.
The residential and commercial polyurea concrete coatings company, headquartered in Wisconsin, announced its expansion into Boise, Idaho, and the surrounding areas.
This case study takes a deep dive into how a Dubai-based company was tasked with providing a durable protective lining for the shoreline and walkways of one of the largest man-made lagoons in Dubai; how they met demanding project specifications, ranging from the need for a highly durable solution, meeting tight project deadlines, through to how they delivered a finish with aesthetic appeal.
Innovators can compete for this award honoring new products or technologies brought to market. The award is presented by the American Chemistry Council’s (ACC) Center for the Polyurethanes Industry (CPI).
This article reviews several reasons for the excellent physical properties of polyurethanes and polyureas, as well as how these reasons differ between the two chemistries. Included, also, is a technology review and benefit/drawback analysis of several of the sub-coating classes, including conventional thin-film coatings as well as 100% solids, thick-film coatings.
This durable and flexible polyurea coating for commercial roofing applications is designed for low shrinkage, extreme flexibility, and has exceptional resistance to mechanical damage.
According to the report, the market’ssize was USD 1.2 billion in 2021 and is projected to grow at a CAGR of 10.3% during the forecast period to reach USD 2.0 billion by 2027.