Roofing Systems

Description

Single-Play Roofing

Single-ply membranes are among the most widely specified low-slope roofing systems in commercial construction. Applied in a single layer and attached using fully adhered, mechanically fastened, ballasted, or hybrid methods, the three primary types are TPO, EPDM, and PVC. TPO is the most commonly installed due to its balance of energy performance and heat-weld reliability. PVC is preferred where rooftop grease or chemical exposure is a concern. EPDM has a long track record on mechanically attached and ballasted assemblies and performs well across extreme temperature ranges.

Description

MODIFIED BITUMEN ROOFING

Modified bitumen is an asphalt-based low-slope system where standard roofing asphalt is modified with either SBS or APP polymers, then reinforced with fiberglass or polyester matting. SBS modifications increase flexibility and thermal movement capability, making it a strong performer in colder climates. APP modifications improve UV and high-temperature resistance, suiting it well to hot climate applications. Both types are typically installed as a two-ply system and can be torch-applied, cold-process adhered, or self-adhering depending on project conditions.

Description

Steep Slope

Steep slope roofing covers systems installed on pitches of 3-on-12 or greater, where water sheds by gravity rather than membrane waterproofing. Commercial applications include natural slate, clay tile, cedar shake, and synthetic alternatives that replicate natural materials with improved weight and installation characteristics. On well-installed assemblies, what typically fails over time is the flashing and underlayment rather than the primary roofing material itself. Baker Roofing has built a national reputation for this work on institutional campuses, courthouses, and historic structures across the Southeast.

Description

Roof Coatings

Fluid-applied roof coatings offer a restoration option for qualifying roofs that are structurally sound, dry, and in good overall condition. Common formulations include silicone, acrylic, and polyurethane, each suited to specific membrane types and climate conditions. Most commercial applications use white or light-colored coatings to reflect solar radiation, reducing rooftop surface temperatures and cooling loads, though coatings are available in any color to suit the desired appearance. When properly applied, coatings cure as a monolithic membrane, eliminating the seam-related vulnerabilities common in many roofing systems. The ideal candidate is a roof nearing the end of its service life that needs added protection or improved energy performance to extend its life before it’s too late. Roofs with multiple active leaks, trapped moisture, or structural deficiencies require a different solution.

Description

Featured Projects

Transportation & Warehouse

Northstar Warehouse | Rural Hall, NC

Baker Roofing Company Corporate Headquarters, NC

Food & Hospitality

Virginia Horse Center | Lexington, VA

Baker Roofing Company of Harrisonburg, VA

BUILT-UP ROOFING (BUR)

Built-up roofing, commonly called BUR or tar and gravel, is one of the most time-tested commercial systems in the United States with a track record spanning over a century. BUR systems are field-fabricated assemblies of alternating bitumen layers and reinforcing felts, with most commercial specifications calling for three or more plies. The finished surface is protected with aggregate or reflective coatings. It is commonly specified on institutional and government buildings where long service life and documented performance history carry real weight.

Description

COMMERCIAL METAL ROOFING

Commercial metal roofing covers a range of panel profiles suited to both steep and low-slope applications. Standing seam systems with concealed fasteners are the standard for high-performance commercial work, allowing thermal expansion and contraction without stressing fasteners. Materials include steel with Galvalume or painted finishes, aluminum, zinc, and copper. A properly installed commercial metal roof typically has a service life of 30 to 50 years. Baker Roofing has fabricated and installed sheet metal for over 110 years and has the capacity to fabricate panels on-site.

Description

COPPER, ZINC & SPECIALTY METAL ROOFING

Copper, zinc, and other specialty metals are most common on historic buildings, institutional campuses, and architecturally significant structures where longevity and authenticity matter as much as function. These materials form a natural protective patina over time that slows further corrosion, delivering service lives that can exceed a century with minimal maintenance. Baker Roofing traces its origins to a tin shop founded in 1915, and specialty metalwork has been central to our identity ever since. Our craftsmen have worked on recognized installations across the region, including the Kansas State House and university campuses throughout the Southeast.

Description

Vegetative & Garden Roofing

Vegetative and garden roofing, sometimes called green roofing, refers to systems where plant material is installed over a waterproofing assembly incorporating a root barrier, drainage layer, growing media, and vegetation. Systems range from extensive assemblies with lightweight ground cover to intensive systems that support a full range of plantings and function as usable outdoor space. The overburden protects the membrane from UV exposure and thermal cycling, significantly extending service life compared to exposed assemblies. Baker Roofing has experience across a range of vegetative roof applications, including institutional buildings where the roof protects irreplaceable contents below.

Description

PRE-ENGINEERED METAL BUILDINGS

Pre-engineered metal buildings are structural systems where primary framing, roof, and wall panels are designed, fabricated, and delivered as a coordinated package for field assembly. Because components are pre-fabricated to specification, these buildings erect faster than conventional construction with more predictable costs and fewer field variables. They are also designed with future expansion in mind, accommodating additions and increased spans without requiring full structural redesign. Common applications include warehouses, distribution facilities, retail buildings, and athletic practice facilities.