Fire-resistant glass

Thermally curved fire-resistant glass stands out for its:
1. Enhanced thermal resistance, allowing it to maintain structural integrity during high heat exposure.
2. Fire-retardant properties that provide an extended period of insulation, slowing fire spread.
3. Compliance with strict fire safety regulations, ensuring safety in various applications.

"25mm" refers to the glass thickness, which is 25 millimeters.
"EI60" is the European standard rating for fire resistance, indicating a 60-minute exposure time under standard test conditions for insulating(EN 12101).
"A1 Class" is the classification system for fire-resistance, with A1 representing the highest level of protection, meaning it withstands complete separation of heat for up to one hour.
This glass meets the stringent requirements for providing an hour-long fire barrier, ensuring that it maintains its structural integrity and protects against heat transmission during a fire event for a period of 60 minutes.

Fire prevention shatterproof glass for the inside application.
Fire-resistant glass is a specific type of glazing designed to control and restrict the progression of flames and smoke in fire scenarios. Its primary function is as a measure to prevent the spread of fire, and its fire-resistant capabilities are determined by its integrity and insulation under fire conditions. This glass undergoes specialized processing and treatments, ensuring that it retains its structural stability and thermal insulation when subjected to designated fire tests, thus functioning as a barrier to the expansion of the fire.

Fire-resistant glass, sourced from the European import series of Saint Gobain's fire-resistant raw materials, features a novel hard inorganic transparent crystal silica. It boasts high strength, strong adhesion, excellent transparency, stability, excellent weather resistance, and outstanding fire resistance. This versatile material can be effectively combined with glass to create a wide range of products that incorporate both fire resistance and strength attributes. Furthermore, it is resistant to ultraviolet radiation, making it suitable for outdoor applications.

El, short for Enhanced Integrity and Insulation, refers to the exceptional property that ensures a material's resistance to fire transmission. It maintains its integrity even when subjected to intense heat, preventing the spread of flames, hot gases, or excessive heat conduction. This capability prevents the ignition of adjacent, non-exposed surfaces or materials and serves as a protective shield, safeguarding individuals by limiting heat penetration. Optionally, it includes thermal resistance to endure prolonged exposure to elevated temperatures.

Thirty-minute fire-resistant glass refers to a fundamental level of fire-retardant materials designed to withstand fire exposure, resisting flames and heat transmission, effectively blocking the infiltration of smoke and slowing down the progression of the fire for over 30 minutes.

High-temperature stability
Barrier against combustible materials
Green certification
Resistance to thermal shock
Versatility in specifications