To help keep pace with the demands of modern complex building design, the research and development of fire protection has become critical. Here, Rick Perkins of Sherwin-Williams Protective & Marine Coatings looks at a breakthrough and the benefits emerging for the asset owner.
The objective of the study was to develop next-generation on-line monitoring that can detect deviations from the optimum spraying conditions at an early stage, enabling prompt correction and greatly reducing product rejections and re-coating compared to the inadequate post-spray quality check.
PPG PITT-CHAR NX epoxy intumescent coating offers reduced coating thickness, lower weight and faster application, at the same time providing outstanding strength and durability thanks to PPG's unique flexible technology.
Sherwin-Williams Protective and Marine Coatings Europe, Middle East, Africa and India was asked to provide fire protection for this airport’s new car park, which has been expanded to 250,000 sq metres.
A breakthrough in fire protection from Sherwin-Williams Protective & Marine Coatings is offering a combination of durability and ultra-fast curing not previously possible.
This article details a statistical design experiment that was commissioned to explore in more detail the roles and effectiveness of varying parameters (raw materials, PVC, types of steel, etc.) in producing intumescent paints.
The safe use of a sustainable, ecological yet flammable construction material while retaining its elegance and beauty paves the way for one perfect combination classic design and the highest safety standards.
Global coatings company Hempel announced that it is investing in a new research and development center focused solely on passive fire protection coatings.
