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For the next several weeks we wanted to showcase the strength and durability of our steel buildings. While many structures tragically fall to the mighty forces of an earthquake, our pre-engineered buildings can remain standing. When you place your business or organization in the trust of a General Steel building, you can rest assured that it meets all safety standards of seismic codes. Many people are already familiar with rain, snow, and wind loads. However, for obvious reasons, seismic codes affect the quality of a steel structure, as well. So, let’s discuss these over the next several weeks in a hope that you will be better informed prior to purchasing your next steel building.
Before we begin our next series, we wanted to let you know about one of the many current projects by General Steel. For all the details, click HERE.
Recently a letter to you from the President of General Steel has been posted on our main webpage. You can check it out HERE.
The General
(concluded from previous post … )
Reflecting over 95% of radiant force that meets it is the implementation of aluminum foil in the interior of a pre-engineered steel structure. This is at the forefront for efficiency driven reflective building insulation systems. With an inner layer of substance to develop an air slot reflective foil insulation is made of a pair of external coverings of foil. When matched up to ordinary fiberglass insulation materials reflective foil offers many advantages. Reflective foil is not affected adversely by moisture or humidity. To implement reflective foil there are no particular items required and it does not require exceptional treatment. Reflective foil does not contain agents that can disturb respiration, sight, or skin and, additionally, it does not sacrifice its powerful features when squeezed. An otherwise adverse building interior environment should become acceptable to inhabit with the inclusion of reflective insulation. Employing reflective foil in your next steel building is something you should certainly consider, as the benefits are both numerous and very practical.
(continued from the previous post)
Conduction comprises the third model. This involves the transport of heat between two surfaces that are touching. The heated pot on an active gas burner is an example of this. Keep in mind that fiberglass insulation is a top-rate performer in stopping heat transfer as an effect of convection or conduction when taking measures against radiant heat in a pre-engineered steel building. Radiant heat is not influenced by fiberglass insulation. Radiant heat relocation has as much to do with the inner temperature of a pre-fabricated, pre-engineered steel structure as may conduction or convection. Almost all radiant heat coming in contact with fiberglass insulation will flow through it.
(continued from the previous post)
Convection is another process. The transfer of heat by the movement of air or by means of a liquid or gas becomes convection. This would be seen in a steel structure that is warmed by some form of heater and then issued into the steel building.
(to be continued next week …)
Our experts are standing by to answer any questions that you may have about a steel building project. Give us a call today at 1-800-745-2685 and we’ll help you address those concerns.
General Steel
1-800-745-2685