Our Blog | GBA Architectural Products + Services

It is no secret that vandals tend to attempt to break into homes and businesses through basement windows. Usually, these are less conspicuous locations on the building, and the windows are at “ground level,” which makes them far more accessible to break and enter. Furthermore, owners may not notice a broken basement window has been damaged as quickly as other windows in the building.

Glass Block is Perfect for Veterinarian Offices and Shelters

Glass block as a construction material has gained considerable interest from designers and architects in recent years. Used as an aesthetically pleasing cladding to create award-winning buildings around the world, architects and interior designers have found that glass block and glass brick offer many practical and functional advantages that other building materials do not. Light admission and diffusion, transparency, beauty, strength, durability, and sustainability are principal motivators for using modern glass block for interior and exterior structures.

How to Prepare for a Tornado With Tornado Window Protection

A tornado may occur anywhere at any time although some areas of the country are more prone than others. Tornadoes commonly occur in the central high plains of the United States to many eastern states from Colorado to Ohio and Georgia. Incredibly destructive storms have leveled buildings and towns outside this region, as well.

How to Prepare a Home for Hurricanes

The time is near when homeowners in hurricane-prone areas should begin to think about protecting their families, homes, and property. Hurricane Preparedness Week, May 26 to June 1, is the perfect time to take action to safeguard everything around you to minimize the potential for damage.

Daylighting: The Future of Architecture

Daylighting design strategies pertain to managing the admittance of natural light in the form of direct or diffused sunlight into a home or building. With the strategic use of skylights, windows, and glass block, artificial lighting requirements can be reduced without compromising heating and cooling capability.