Going Green

Going Green Integrity Building Sales

Integrity Building Sales is committed to making a positive impact on this planet.

Correspondingly, it has chosen a Green steel building manufacturer as supplier of purchases we offer through our dynamic true cost program.

Below are some of the qualities and advantages of aligning with Going Green in the steel building industry.

While Integrity Building Sales and its affiliates remain one of the leading sellers of low-complexity steel buildings, it remains strongly poised to handle HIGH-COMPLEXITY custom green steel buildings orders as well.  If you have the intention of designing and purchasing a building with required HIGHER ENERGY EFFICIENCY, we’ve got you covered.

Our chosen manufacturer takes advantage of a wealth of resources available in the construction industry to help designers, engineers, building owners and other professionals to obtain current green building information.  The following information gives a brief overview of these resources.

What Going Green implies for the Steel Building Industry

In recent years, the construction industry has experienced a greater demand for environmentally-friendly, or green, construction solutions.

green building has characteristics that reduce its environmental impact from construction all the way through to the end of the building’s useful life.  Green metal buildings’ characteristics are measured against these three criteria:

• The environmental  impact
• The economic  impact
• Health and community

Various government and private, non-profit agencies recognize green construction efforts through certification programs.

USGBC’s LEED program is designed for building owners and operators.

To receive certification through the LEED program, designers, builders and building owners incorporate energy saving strategies throughout the complete cycle of a building, from best construction practices to occupation and the end of the building’s useful life.

Strategies include choosing environmentally sensitive design, insulation, delivery methods and other criteria, which earn points toward certification.

The US Green Building Council cites these advantages for building green:

  • Decrease in a building’s cost to operate, including energy savings
  • Increase in a building’s value, improving ROI
  • Improved occupant comfort
  • Increase in a building’s occupancy capacity
  • Increase in potential rent
  • Reduction in urban heat island effect and smog
  • Mitigation of global warming

Our chosen manufacturer is a leader in innovation and the delivery of products that meet our customers’ current needs and anticipated growth in years to come.

Our manufacturer’s facilities are networked, allowing them to determine the closest manufacturing plants with the capabilities to meet the specifications of a given order, thus, greatly reducing emissions from and fuel used for shipping.

Green Resources our Chosen Manufacturer adheres to:

ASHRAE – The American Society of Heating, Refrigerating and Air-Conditioning Engineers is an international organization committed to advancing heating, ventilation, air conditioning and refrigeration to serve humanity and promote a sustainable world through research, standards writing, publishing and continuing education. ASHRAE 90.1, Energy Standard for Buildings Except Low-Rise Residential Buildings, has become the basis for building codes and the standard for building design and construction related to energy efficiency and methods of determining compliance. (www.ashrae.org)

LEED® – Leadership in Energy and Environmental Design is a consensus-based rating program of the US Green Building Council, an independent, non-government organization. LEED is used to certify green buildings based on defined performance levels.

Cool Roof – A cool roof reflects and emits the sun’s heat back to the sky instead of transferring it to the building below. “Coolness” is measured by two properties, solar reflectance and thermal emittance. Both properties are measured from 0 to 1 and the higher the value, the “cooler” the roof. (www.coolroofs.org)

USGBC – The U.S. Green Building Council is a private (non-government), non-profit community of leaders working to make green buildings available to everyone. They certify green buildings for Leadership in Energy and Environmental Design (LEED), offer licensing and professional development through local organizations, and publish reference and research materials.

…and more

The Green in Metal Building Products

The Green in Metal

Metal construction has green characteristics including recyclability and durability. In addition, strategically-designed metal construction projects contribute to a building’s improved energy efficiency, can reduce the amount of materials necessary for the building envelope and are often more cost effective than other non-metal construction materials.


Recyclability and Durability

Roof and wall panels, structural members and other building materials composed of steel are virtually 100% recyclable when removed, as opposed to many conventional, non-metal construction materials, which are taken to landfills. According to the American Iron and Steel Institute (AISI), steel is the most recycled material in North America, with an annual average recycling rate of 70 percent. Furthermore, new steel made with recycled material uses as little as 26% of the amount of energy required to manufacture steel from iron and other naturally extracted materials.

Metal roof and wall panels consist of a minimum of 25% percent recycled material and, with the addition of our structural members, our metal buildings can contain 30%-50% recycled material, depending on the project.

In addition to recyclability, metal roofs and wall panels can reduce waste due to their unmatched durability and resistance to fire, wind and insects. AISI reports that metal roofs last between 40 – 60 years and require less maintenance than other types of roofs.


Cool Colors for Metal Roofing

Our manufacturer offers cool paint colors for all of our metal roof panels. When used properly, considering the environment and the slope of the roof, a cool roof can reduce energy consumption, providing significant cost savings while helping to mitigate urban heat islands.

An urban heat island (UHIs) is an elevation of air temperatures in urban communities, relative to surrounding rural areas, caused when vegetation is replaced by large sections of pavement or other dark, non-reflective surfaces. Urban heat islands are believed to not only influence the temperature of the affected area but are also responsible for higher pollutants in the air.

Many of our cool colors meet the reflectivity and emissivity performance levels required by LEED and ENERGY STAR to mitigate the cause of UHIs and energy consumption overall. Reflectivity is the deflection of solar energy from a surface. Roofs at 2:12 and greater have been proven to generate less of a heat island effect than lower-sloped roofs. Greater reflectivity abilities require less energy to cool a building.

Emissivity is the relative ability of a surface to emit heat by radiation. As with reflectivity, when a roof can effectively cool itself through radiative heat loss, it will reduce the amount of energy consumption for the building.


Solar Reflectivity and the Solar Reflectance Index

Solar Reflectivity (SR), or reflectance, is the ability of a material to reflect solar energy from its surface back into the atmosphere. The SR “value” is a number from 0 to 1.0. A value of 0 indicates total absorbance. ENERGY STAR requires an SR value of 0.25 or higher for steep slope (more than 2:12) roofing and SR value of .64 or higher for low slope (2:12 or less) roofing.

Solar Reflectance Index (SRI) is used to determine compliance with LEED requirements and is calculated according to ASTM E 1980 using values for reflectance and emissivity. Emissivity is a material’s ability to release absorbed energy. To meet LEED requirements, a roofing material must have an SRI value of 78 or higher for low slope (2:12 or less) roofing.



Whether our customer is seeking to meet LEED, Green Globe or other certification requirements or simply wanting to improve the energy performance of their building, our manufacturer offers solutions to reach many environmentally-friendly construction goals.



join the club


Valuable information. Easily unsubscribe!

Guaranteed Savings:

  • Minimum $500 – $1,000 savings – Average savings is 15% below market rates…

  • plus one ADDITIONAL  feature more than any other offer

Our Terms:

  • 40′ x 60′ x 14′ – 80’x 100′ x 14′ with at least 2 roll up doors, roof & wall insulation included – minimum savings $500.

  • 80’x 100′ x 16′ or larger with at least 2 roll up doors, roof & wall insulation included – minimum savings $1,000.

  • Competitor’s quote must be dated within 2 weeks of the current date.

  • Competitor’s quote must be the same size structure, smae specifications, and accessories included as offered by us.

  • Competitor’s quote must be received by us before customer purchases from us.

  • Competitor’s building must be fabricated from an AISC (Amercian Institute of Steel Construction) certified facility in order to compare equal manufacturing standards.

Low Complexity Defined

We specialize in Low Complexity building design orders.

High complexity building quotes are done on a case by case basis.
What is considered Low complexity:

  • Size: 100 x 500 x 30 max, strictly square or rectangular

  • Roof Pitch: 1:12 through 4:12

  • Endwall & Sidewall Extensions with soffits: 1’ – 5’

  • All Snow & Wind Load Codes Available

  • Partitions and accessories (walk doors, windows, skylights, roll up doors, vents and insulation) available.

If you have questions about whether or not your building is Low or High Complexity, please call  1-800-593-4012

The Basics of Steel Building Codes

In summary, you should be familiar with the following codes prior to building purchase:

  • Snow Load/ Wind Speed
  • Wind Exposure, Example: Exposure B or C
  • Governing Code, Example: IBC 2009, 2014 or 2015
  • Current website prices reflect IBC 2015, Wind Exposure B – Call your local building department to confirm your requirements prior to ordering.

Roof Snow Load Codes/ Wind Speed Code

  • On the website, you will select from the Codes listed in the drop-down menus in Option 1, 2 or 3.
  • Please contact your local building department or Google codes for your zip code.
  • Choose codes from our list that meet or exceed your requirements for accuracy in pricing online:

Roof Snow/ Wind Speed

 0  lb. S/L/130 mph  

 0  lb. S/L/150 mph

 4  lb. S/L/115 mph

 20 lb. S/L115 mph

 30 lb. S/L 115 mph

 40 lb. S/L/115 mph

 60 lb. S/L/115 mph

More About Roof Snow Loads – Pound per Square Foot

Typical snow loads in the United States can range from 4  to 60+ lbs per square foot depending on precipitation. Obviously, in warmer climates there are 0 lb minimum snow load requirements, whereas, in colder states where snow and ice hardly have a chance to thaw before the next storm, roof snow loads can be greater than 60 lbs per square foot.  In addition, snow tends to drift and accumulate heavier in some spots than others, which is why snow loads are a factor in addition to the standard dead loads of a building.

More About Wind Codes – Miles per Hour

Wind load is also determined by patterns of climate local to your building site. Wind speed codes range from 0 mph to over 160 mph winds.

Wind, unlike snow, will affect different portions of the building not limited to only the roof.  The wind’s effects on your steel building structure will vary depending on your building design and how it sits on your property.  During the software designing process, strength factors are determined by building height, the size and number of large framed openings, and even the location of those openings.

Wind Exposure

Also in relation to wind is the exposure of your building. Exposure B or C is site-specific.  For example, in gusty areas, your local building department may require Exposure C if there are no windbreaks provided by your surroundings, such as trees or neighboring buildings. Wind exposure also affects how snow tends to drift and accumulate on your building structure.

Contact Your Local Building Department Early for Governing Codes, such as IBC – 2015

While your metal building broker will ask you to confirm these codes per your local building department, the MBS (design and pricing software used by your broker) will recall default minimums when the representative enters your building site ZIP code.  In many occasions, the local building department will ask you for higher than minimum requirements and dictate which building code year governs these specifics. For example, IBC 2015 or NCBC 2014 (International Building Code for year 2015, or North Carolina Building Code for year 2014, etc.)  

In summary, contact your local building department to get specific governing year code, roof snow requirement, wind speed requirement, and the wind exposure requirement specific to your building site address and ZIP code.  

If you want more education regarding other loads your building is designed for, please click to read “What’s Important About Steel Building Codes”  to learn more.