Why ink is such an important element in steel-framed fabric structures.

At first glance it might seem odd to suggest that ink is a crucial element in steel-framed fabric structures. After all, the structure is made up of the steel frame and the fabric membrane.

Most companies feature glamour shots of their finished buildings or maybe highlight their manufacturing capabilities. 

But the quality of a structure starts well before any steel is fabricated. It starts with calculations and engineering drawings. What dictates the strength, durability, and quality of a steel-framed fabric structure is the quality of the engineering and the specifications outlined in the drawings.

Does the structure meet local wind load requirements? Is it designed to handle the snow loads and seismic loads in the location where it’s being installed?

 

B-52 Hangar

Engineered to meet building code for highest seismic load in the U.S.

Equipment Storage Warehouse

Engineered to meet Typhoon code 212 mph wind load

 

Of course it’s difficult for the average person to determine whether the bracing system is designed to code, or whether the proper anchoring method is being utilized. That’s why our drawings are always PE stamped - another important bit of ink. PE-stamped drawings represent that a Professional Engineer has verified that the engineering calculations and drawings meet building code for the selected location.

Don’t get us wrong, the quality and weight of the steel are critical, as is the quality of the PVC membrane. But whether you’re building a 250” clear span hangar or a warehouse that has to withstand hurricane force winds, the calculations, engineering drawings, and PE-stamp validation are critical to success.

Before you put anything up on site, make sure the right things have been put down on paper. To learn more click here, and feel free to contact us with any questions you have.

Fabric StructuresDavid Wold