The development involves the creation of a polymer-mineral hydrogel used as a transparent interlayer in multi-layer insulated glass units. When exposed to high temperatures, the hydrogel transforms into a fire-resistant xerogel that blocks the spread of flames, smoke, and heat radiation. This helps maintain the building's structural integrity and protects people and property from the effects of fire.
• High level of fire protection — effectively blocks the spread of fire.
• Transparency and aesthetics — preserves natural lighting and architectural harmony.
• Affordability — lower cost compared to imported equivalents.
• Compliance with building codes — meets international standards.
• Versatility — suitable for use in various types of buildings.
• Fire protection in residential, public, and industrial buildings.
• Reduced risk of thermal injuries and smoke inhalation.
• Reduces property damage and the environmental impact of fires.
• Lack of available domestic alternatives for fire-resistant glass units.