Steely Energy-saving Fireproof Window

Fireproof glass system made of high temperature resistant steel, high quality fireproof glass, high quality fire retardant strip. Under standard fire test conditions, when a certain surface is exposed to fire, it can meet the corresponding fire integrity requirements within the specified time, and achieve the window of energy saving, air tightness, water tightness and wind pressure resistance requirements.

Executive standard

GB 50016-2014 Code for Fire Protection of Building Design, 

GB/T31433-2015 General Technical Conditions for Building Curtain Walls, Doors and Windows;

Advantages:

1. Maintain the integrity of the frame structure under flame and high temperature, effectively slowing the spread of combustion to the other side;

2. Fire windows that can be used for exterior walls and direct sunlight;

3. The use of original sash frame reinforcement technology to form a comprehensive fire protection system, and these technologies have no significant impact on thermal insulation performance.


 Technical parameters of refractory windows

Fire Performance   

  0.5h、1.0h

Thermal Insulation 

K=2.66 W/(m2·k)、K=2.06w/(m2·k)

Air Permeability  

Level 8 (8level)

Watertightness  

Level 6 (≥4level)

Wind Load Resistance  

Level 9 (9level)


Fireproof glass system made of high temperature resistant steel, high quality fireproof glass, high quality fire retardant strip. Under standard fire test conditions, when a certain surface is exposed to fire, it can meet the corresponding fire integrity requirements within the specified time, and achieve the window of energy saving, air tightness, water tightness and wind pressure resistance requirements.

Executive standard

GB 50016-2014 Code for Fire Protection of Building Design, 

GB/T31433-2015 General Technical Conditions for Building Curtain Walls, Doors and Windows;

Advantages:

1. Maintain the integrity of the frame structure under flame and high temperature, effectively slowing the spread of combustion to the other side;

2. Fire windows that can be used for exterior walls and direct sunlight;

3. The use of original sash frame reinforcement technology to form a comprehensive fire protection system, and these technologies have no significant impact on thermal insulation performance.


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