How the Commercial Roof Coating Process Works
Roof Types
Single-Ply
A single-ply roof is a flexible, lightweight roofing system made from durable membrane materials such as TPO, PVC, or EPDM. Designed for flat or low-slope roofs, it offers excellent waterproofing, UV resistance, and energy efficiency. Single-ply membranes are easy to install, require minimal maintenance, and provide strong protection against weathering and chemical exposure. Their reflective properties help lower energy costs, making them a reliable and cost-effective choice for commercial and industrial buildings.
Metal
A metal roof is a strong, long-lasting roofing system known for its exceptional durability, energy efficiency, and low maintenance requirements. Made from materials such as steel, aluminum, or copper, metal roofs resist corrosion, fire, and extreme weather conditions. Their reflective surface helps reduce heat absorption, lowering cooling costs and enhancing building efficiency. With a lifespan that can exceed 40 years, metal roofs offer a modern, sustainable, and cost-effective solution for both commercial and residential properties.
Asphalt
An asphalt roof is a durable, cost-effective, and widely used roofing system made from asphalt shingles or membranes that provide reliable weather protection. Known for their versatility and ease of installation, asphalt roofs offer strong resistance to wind, rain, and UV exposure while enhancing a building’s curb appeal. With proper maintenance, they deliver long-lasting performance and can be rejuvenated with coatings to extend their service life and improve energy efficiency.
Benefits of Commercial Roof Coating Systems
Single-Ply
Restores Waterproofing: Fills seams and punctures, creating a continuous, watertight surface without needing a full replacement.
UV and Chemical Resistance: Coatings protect membranes from cracking, chalking, and degradation caused by UV rays or rooftop contaminants.
Reflective and Energy Efficient: White or reflective coatings lower surface temperatures, improving energy savings and extending membrane life.
Cost-Effective Renewal: Restores aging membranes at a fraction of the cost of tear-off and replacement.
Metal
- Prevents Rust and Corrosion: Coatings seal seams, fasteners, and exposed metal surfaces to stop oxidation and rust formation.
Improves Energy Efficiency: Reflective coatings reduce heat absorption, lowering interior temperatures and cooling costs.
Reduces Expansion and Contraction Damage: A flexible coating layer minimizes stress from temperature changes that cause leaks or fastener loosening.
Extends Roof Lifespan: Protects against UV degradation and weather exposure, helping metal roofs last decades longer.
Asphalt
Seals Cracks and Prevents Leaks: Coatings fill small gaps and prevent moisture intrusion that leads to rot or blisters.
Improves UV and Weather Resistance: Shields the asphalt surface from sun, wind, and temperature extremes that cause drying and cracking.
Restores Appearance and Flexibility: Revives aging surfaces and maintains pliability to reduce future cracking.
Extends Service Life: Provides years of additional protection and delays costly replacement.
What We Look For
Check out the videos below to learn more
Roof Condition
No severe structural damage: The deck and framing should be solid without sagging or rot.
Limited leaks: Small, repairable leaks are acceptable; widespread water intrusion often requires replacement.
Sound seams and penetrations: Flashings, seams, and fasteners should be repairable rather than failed.
Roof Age and History
- Within serviceable lifespan: Roofs nearing, but not exceeding, their expected lifespan are ideal.
Proper maintenance record: Regular cleaning, inspections, and repairs indicate suitability for restoration.
Few previous coatings: Multiple old coating layers can hinder adhesion of a new system.
Surface Integrity
Adhesion test passes: The coating must bond properly to the existing roof membrane or metal.
Minimal cracks or blisters: These should be isolated and repairable.
Clean, dry surface: Dirt, oil, or ponding water must be addressed before restoration.
Compatability
- Coating-to-roof material match: Silicone, acrylic, or polyurethane coatings must suit the roof type (metal, single-ply, or asphalt).
- Climate and UV exposure: Coating type should align with local weather conditions.
Our Roof Restoration Process
Step 1
During the inspection, we assess the roof’s condition, checking for damage, leaks, moisture intrusion, or structural issues that need repair before applying a coating. This process ensures proper adhesion, maximizes the performance of the coating, and helps prevent future problems, making it an essential part of a cost-effective and long-lasting roof protection plan.
Step 2
Cleaning the roof prior to coating is an essential step to ensure proper adhesion and long-term performance. Dirt, debris, mold, and old residues are removed to create a clean, smooth surface that allows the coating to bond effectively.
Step 3
Once the roof is cleaned, the restoration process can begin. We start by applying a mastic to the roof’s penetrations, a vital step in protecting areas where pipes, vents, or other structures pass through the roof. These areas are prone to leaks and damage, so applying a specialized coating seals gaps, reinforces the surface, and prevents water intrusion.
Step 4
Finally, we complete the project by coating the entire roof. Once dry, we go back around, touching up any areas that may need a little more attention, ensuring the roof is fully protected.
Our Service Areas
While are headquarters is in Wadsworth, Ohio, we service much of the state. We take care of all the major cities in Ohio and the surrounding areas. If your city is not listed below, please feel free to still reach out as we may still be able to meet your needs!
- Akron
- Cleveland
- Cincinnati
- Columbus
- Dayton
- Toledo
- Wooster
- Youngstown