Coating reduces wood flammability

The environmentally friendly flame retardant could also be used for other flammable materials, such as textiles, polyurethane foam and 3D-printed parts.

SAN DIEGO — Devastating residential blazes and wildfires take a terrible toll in terms of deaths and injuries, as well as property loss.

Researchers from Texas A&M University have reported the development of a new environmentally friendly coating that makes wooden construction materials fire-resistant. The environmentally friendly flame retardant could also be used for other flammable materials, such as textiles, polyurethane foam and 3D-printed parts.

The research was presented at the Spring meeting of the American Chemical Society (ACS), March 22.

The fire-resistant coating could be used to protect construction materials such as wooden studs or strand board.

In lab tests, wood treated with the new coating released less heat and less smoke when burnt. A layer of char formed quickly on the timber’s surface, protecting the underlying structure. These features are likely to substantially reduce damage from fires and slow down their spread.

 

 “This type of treatment, which could be deposited via dipping, spraying or pressure treatment, could make homes much safer,” says Thomas Kolibaba, a postdoctoral researcher leading the development of the coating.

“The coating could reduce flame spread and smoke production, which could limit damage and give people more time to evacuate.”

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Larry Adams | Editor

Larry Adams is a Chicago-based writer and editor who writes about how things get done. A former wire service and community newspaper reporter, Larry is an award-winning writer with more than three decades of experience. In addition to writing about woodworking, he has covered science, metrology, metalworking, industrial design, quality control, imaging, Swiss and micromanufacturing . He was previously a Tabbie Award winner for his coverage of nano-based coatings technology for the automotive industry. Larry volunteers for the historic preservation group, the Kalo Foundation/Ianelli Studios, and the science-based group, Chicago Council on Science and Technology (C2ST).