By installing a high-performance roofing system and performing routine preventive maintenance during the roof’s life high repair costs can be avoided. The initial cost of a quality roofing system can be higher, but the system’s reduced life-cycle costs would more than compensate for the initial investment. Get the facts about Roofing Company-Bone Dry Roofing
Materials, labour, overhead, benefit and indirect expenses involved with the structure form the initial expense of a roofing device. The life-cycle study takes the roof’s first cost, and applies to it the potential operating and repair costs over the roof’s economic life.
The facilities manager who continues to consider the importance of a life-cycle costing plan for the procurement of a new roof does a financial disservice to the facility and everyone concerned with it. First-cost consumers can ignore such major potential possibilities for reducing costs as:
• Electricity cost savings in building heating and air conditioning by the use of white, reflective membranes or coatings and external insulation.
Extended working life of the roof on a roof that is optimally drained.
Enhanced fire retardence of the roof and resilience to wind uplift, resulting in decreased premium rates.
Extended roof service life due to the use of heavy structural framing components, creating a heavier method of roofing.
• Future benefits by using recycled roof part accessories to replace the roof.
Reduced maintenance of roofing surfaces by the application of a heavier walkway pad membrane for high-traffic roofs.
Prevention of roof surface deterioration in certain roof areas where by installing suitable protective equipment, hazardous emissions can occur.
And that can withstand the elements and demands of time is the most cost-effective roof. In order to determine the best roofing system based on the established criteria for the building, facility managers should therefore be actively involved in the initial planning phases.
Specification and Planing
By answering the following questions, make sure the roofing device suits the needs of the facility:
What kind of system will provide the best performance and energy efficiency in the long term?
How will the structure and roof be affected by weather conditions and climate?
• What is the roof’s required service life?
Is the building’s resale value significant?
What type of device would combine the best characteristics of drainage?
• What kind of maintenance program will be followed?
• What are the requirements for the roof?
• Are they environmental issues?
Will it need to be wind- and fire-rated for the roof?
Start the selection process based on location, physical features, and structure and form of construction until these questions have been addressed. Then use precisely engineered premium items to be combined and assembled as a full roofing system. To do this, create long-term partnerships with financially stable producers with a reputation for loyalty and expertise in the marketplace. Check the manufacturers’ track record, as well as the quality monitoring that they have during construction.
If the facility executive selects a vendor that is unable to show financial flexibility, experience and roofing system longevity, life-cycle costing analysis does not do any good.
Good roofing facilities often rely on a quality-focused, skilled roofing contractor’s expertise.