Steel building manufacturers are now beginning to offer "cool paints" to provide customers with an energy efficient choice for pre-engineered commercial, industrial, agricultural, and residential steel buildings without sacrificing the look of the building or their bottom line.
AkzoNobel's Cool Chemistry® versions of CERAM-A-STAR® 1050 paint coatings are formulated with solar reflective pigments that work to reflect infrared radiation. This means that less solar energy is transferred to the interior of a structure as heat when compared to standard metal roofing coatings or traditional asphalt shingles. With their superior reflective qualities, the Cool Chemistry® series of Ceram-A-Star® 1050 paint coatings act as a thermal barrier to keep the inside of buildings cooler.
These "cool" coatings not only protect the environment but also put money back in the customer's pocket by providing huge savings on energy bills.
Energy costs for cooling can be reduced by up to 20% and peak cooling demand by up to 15 percent. These savings are realized through the pigmentation in the Cool Chemistry® series of coatings that work to increase the amount of solar energy that is reflected off the roof. Less heat buildup in a structure requires less energy for cooling and works to reduce cooling costs. Studies conducted by various federal agencies and independent organizations conclude that a cool metal roof can reduce the energy costs associated with cooling the interior of a building by up to 20% and reduce peak cooling demand by up to 15 percent.
There are two important concepts to consider when talking about cool roofing: solar reflectance and thermal emittance. The more important of these two is solar reflectance. This is the percentage of solar energy reflected away from a surface. The higher the solar reflectance value of a material, the more solar energy is reflected away from it. In the case of roofing, this means that the higher the solar reflectance value, the greater the amount of heat energy that is reflected away, and less heat energy is transferred to the interior of the building. Thermal emittance is a measure of how readily an object gives up stored heat. It has been clearly established that painted metal roofing has a high thermal emittance value compared to other roofing materials. For maximum cooling efficiency and maximum energy savings you want roofing with the highest possible thermal emittance, along with the highest possible solar reflectance. AkzoNobel Cool Chemistry® series of coatings provide you with both properties.
With the Cool Chemistry® series of coatings, the paint formula is optimized to achieve higher solar reflectance. The higher the solar reflectance value of a material, the more solar energy that is reflected from it. It should be noted that the improved reflective qualities of our Cool Chemistry® series are achieved without compromising long-term performance. Traditional asphalt shingle roofs have a solar reflectance of around 10-20%, whereas cool metal roofs have a solar reflectance of up to 70%. This means that a cool metal roof could reflect up to 70% of the sun's energy away from the surface, with only 30% being absorbed. Shingles, on the other hand, will absorb 80-90% of the sun's energy. The high solar reflectance of a cool metal roof translates into less heat transfer to the interior of a building, and less energy used for air conditioning and other cooling methods.
AkzoNobel's Cool Chemistry® series of coatings are warrantied against chipping, cracking, peeling, and blistering, with a choice of twelve environmentally friendly colors, and are designed to comply with Energy Star guidelines for steep slope roofs. The Energy Star designation means that energy efficient "cool" paint coatings for metal buildings will help lower your cooling costs and at the same time will be good for the environment.
When faced with the need to spend their congregation's money well, to keep design and construction costs within budget and maintenance costs low, many churches look to pre-engineered steel buildings as an attractive alternative to more conventional stone, brick or wood construction.
Advanced technology helps when churches need to build.
There comes a time in every successful ministry when the congregation has grown and the church recognizes a need to expand and build. This is an exciting time for the church - but also one that needs to be approached with budget in mind!
Whether the design of the new church building is small and simple or a whether the design is for a large and complicated structure there are many practical considerations.
The new worship sanctuary will need to accommodate the growing congregation, and there may be other important ministries to provide for such as Sunday school, Bible study, social activities, and recreation programs. The challenge to church leaders is to build a place of worship and a church facility that will meet the needs of the growing community while minimizing cost and one that will serve the community well for generations to come.
With an eye toward the future, many congregations have embraced the trend to nontraditional church designs - favoring the clean lines and pleasing geometrical shapes of pre-engineered steel buildings. The advanced technology of pre-engineered steel buildings allows for soaring, spiritually uplifting spaces with high ceilings. Another positive is the post free and visually unobstructed interiors. Ministers won't have to worry about the congregation's ability to see well from any seat.
Quicker Results
Pre engineered steel buildings technology is helping congregations see their church building projects reach fruition in a matter of months, not decades. With the many advantages and cost savings offered by pre-engineered steel building technology, many congregations are now able to realize church building projects that would have been impossible only a few years ago.
The benefits of pre-engineered steel buildings for church construction:
Pre-engineered steel buildings are both attractive and functional inside and out. No more worrying about form versus function. You can have them both.
Save time and don't stress - The engineers work closely with architects to achieve project goals.
Trust you will get the look you want: buildings can achieve the look of stone, stucco, brick, or wood.
Feel confident that your new structure will blend beautifully into any surrounding.
Peace of mind: it is easy to expand any facility.
Enjoy true versatility: 'steel buildings can be designed for diverse needs such as a sanctuary, classrooms, gymnasium, offices, or meeting halls.
Don't worry about the future: buildings are warrantied.
Save money and time on future maintenance. Pre-engineered steel buildings are virtually maintenance-free - no need to paint, ever.
Save money (again!) These steel buildings are fire resistant - lower insurance costs.
Less hassle: all local code specifications are designed and engineered into the building.
Structural elements are pre engineered and prefabricated at the steel building factory.
No surprises or cost over runs. All building components ship directly to the job site.
See results quickly. All structural elements are in place on the job site - construction times are cut in half.
Save the congregation's hard-earned money. Pre-engineering saves up to 50% in construction costs.
Eliminate the worry that normally comes with expansion projects. Project comes in on time and on budget every time.
Linda Falorio has sinced written about articles on various topics from Religion, Education. a steel building industry leader for more than 40 years, supplies quality pre-engineered steel buildings for commercial, industrial, agricul. Linda Falorio's top article generates over 5400 views. to your Favourites.