STANDING SEAM METAL ROOFS
Standing seam metal roofs feature wide, flat panels with vertical orientation, each adorned with ribs at both ends. Utilizing hidden fasteners beneath these ribs, standing seam panels form an interlocking roofing system, resulting in a sleek and streamlined aesthetic. This design is particularly suited for cabins and contemporary-style residences, offering a modern and visually appealing roofing solution.
METAL SHINGLE STYLE ROOFING SYSTEMS
Metal shingle roofing systems combine the classic appearance of traditional shingles, clay tile, cedar shake, and slate with the strength and longevity of metal roofing. These systems are popular with homeowners who want the visual appeal of conventional roofing materials while benefiting from the lightweight construction, durability, and efficiency of metal. Metal shingle roofs provide a practical and attractive solution that delivers the desired style without sacrificing performance or lifespan.
EXPOSED FASTENER PANEL OPTIONS - ECONOMICAL METAL ROOFING
Exposed fastener metal roofing is one of the most affordable metal roofing options available. This system uses overlapping metal panels that are fastened directly to the roof deck or framing through the face of the panel. The fasteners remain visible after installation, which is why they are called exposed fasteners. To maintain a cohesive appearance, the fastener heads are color-matched to the panels. Exposed fastener panels are typically 36 inches wide, allowing for faster installation, fewer panels, and reduced labor costs, making this an economical and efficient roofing choice.
METAL ROOFING OPTIONS THAT REPLICATE SLATE, TILE, AND SHAKE
Metal roofing options designed to replicate slate, tile, and shake offer a premium appearance with the added benefits of metal construction. While these styles are less common in the Dayton area, our roofing team has experience installing and servicing these systems when the project requires them. These metal alternatives provide the distinctive look of high-end roofing materials while delivering improved durability, lighter weight, and enhanced resistance to weather conditions.