EI60 25mm High Temperature Anti Fire Heat Resistant Insulated Fireproof Glass

Fire Rated Glass Specification:

 Fire Resistance Classification: EI *0

 Model No.: AGS-EI****5 (Laminated Glass Sheet)

 Glass Thickness : *5mm

 Structure: 5TP*5F*5TP*5F*5TP (TP:tempered glass, F: fireproof silicon)

 Fire-resistant Integrity (min): *0~*0

 Insulation time (min): *0

 Light transmission to EN **0 (T): *0

 Sound Reduction to EN **3 (Rw dB): *3

 U Value to EN **3 (k/W㎡): 4.6

 UV stability to EN ISO ******4 part 6aq: yes

 Glass max size (mm): ***0****0

 Glass Weight (kgs/㎡) : *4

 Fireproof silicon: manufactured by AGS Viet Nam





Overview                                      

Our products offers the highest level of fire protection while effectively blocking the transmission of conductive and radiant heat, and maximizing natural light and visibility.

Applications                                 

AGS EI Fire rated Glass is designed for interior and exterior use where thermal protection is officially required in the case of fire up to class EI **0. Available for use with steel and aluminium frames as monolithic types or Insulating Glass Units.  

AGS EI is ideal vertically installed for use in transparent fire walls, windows, doors, screens, partitions and facades or inclined installed for roof glazing (special type) and horizontal glazing (special type).



Today, large areas can be glazed using fire rated glass for doors, partitions, lot lines, atriums, stairwells, storefronts, floors and roof facade elements allow fire safety designs in buildings flooded with daylight.

AGS EI system replaces opaque constructions which excluded daylight and rule out such spacious and impressively open architectural design options. 

How It Works

AGS EI fire rated glass system is a multi-layered fire resistant glass made of tempered glass and fireproof silicon which is manufactured by AGS Viet Nam. When exposed to a fire, the pane facing the flames fractures, but remains in place while the fireproof silicon immediately foams to form a thick, resilient and tough insulation shield which absorbs the energy from a blaze.