Custom designed Fire Protection for Commercial Nuclear Power and Industrial Facilities.
Qualified for application in Nuclear Power plants.
Lower cost and higher performance
Applicable to any size of geometry
Endothermic volatilization of the tough, resilient ճdz™ coating takes place in an energy absorbing chemical reaction when heat reaches the temperature of sublimation.
Formation of heat-exchanging char coating on the surfaces of the subliming compound adds a highly efficient cellular insulation and a radiating shield to further delay heat penetration.
Sub-surface sublimation utilizes additional heat energy to drive the released gases through the char barrier until all of the protective coating has reacted.
As the sublimation continues, a protective char layer begins to form between the high heat, the flame source and the structural steel coated with ճdz™.
The formation of heat-exchanging char coating on the surfaces of the sublimating ճdz™ continues to function as a cellular insulation, and a radiating shield to further delay heat penetration.
