Special Liquid Applied Hail and Rain Protection Process for commercial roofing as both hail damage resistance and Ultraviolet Ray protection

A Special Liquid Applied Hail and Rain Protection Process for commercial roofing using a group of prepared roof panels and having a hail damage resistance comprising the following Steps:

• Step No. 0:
• Prepare a number of roof panels at an offsite location comprising a Poly Iso Foam Boards approximately four feet wide by eight feet long by a pre-determined thickness with an edge chamfer, each of the said boards pre-coated with a first liquid coating to substrate at a thickness of 32 mils wet/16-18 mils dry creating a number of pre-coated roof panel;
• Step No. 1:
• Provide a clean, dry substrate;
• Step No. 1½:
• Transport and provide the number of pre-coated roof panel at a location of Step 1;
• Step No. 2:
• Apply an adhesive onto the clean, dry substrate creating an adhesive-coated clean, dry substrate;
• Step No. 3:
• Place a number of the pre-coated roof panels onto the adhesive-coated clean, dry substrate with the edge chamfer of the panel contiguous and touching an adjacent pre-coated roof panel and creating an edge chamfered seam between the adjacent panels;
• Step No. 4:
• Apply a self-leveling seam caulk onto the edge chamfered seams;
• Step No. 5:
• Apply a second liquid coating to substrate of prepared roof panels at a thickness of 32 mils wet/16-18 mils dry;
• Step No. 6:
• Let dry Steps No. 5, typically for approximately 12 hours.

A Special Liquid Applied Hail and Rain Protection System for commercial roofing as both a hail damage resistance comprising:

• a. a clean, dry substrate;
• b. at least one liquid coating placed over the clean, dry substrate at a thickness of 32 mils wet/16-18 mils dry;
• c. at least one chopped fiberglass strand placed onto the at least one liquid coating, the said fiberglass strand placed at a rate of 0.75 ounces per sq. ft.;
• and
• d. a second, additional application of the at least one liquid coating placed over the chopped fiberglass at a thickness of approximately 32 mils wet/16-18 mils dry wherein the materials are allowed to dry typically for approximately 12 hours to result in the commercial roofing with the hail damage resistance.