Underlayment Designed Metal Roofing Is Suitable For Any Roof Material, Climate

Boral Roofing offers its MetalSeal Underlayment, a high-temperature self-adhered underlayment designed especially for metal roofing but suitable for any roof material in any climate. A high-performance waterproofing material, Boral MetalSeal underlayment provides all-season durable protection, protecting the structure against wind, rain, snow and ice dams by bonding to the base sheet or directly to the roof deck and self-sealing around every fastener penetration. According to the company, Boral MetalSeal is easy to install and eliminates the need for an excessive number of nails, reducing installation time and cost. Great surface traction also enables safer, faster and easier installation for the entire roof. The high-strength woven polyester surface remains intact under high foot traffic and provides UV resistance up to six months.

According to the manufacturer, Boral MetalSeal offers a 30-year limited warranty and may be installed in freezing or hot summer temperatures alike, ensuring the job is completed without weather-induced delay. MetalSeal meets or exceeds all National and Florida building code requirements and is rated up to 260 degrees Fahrenheit. It comes in 216-square-foot rolls for a net two squares.

LEARN MORE

Visit: www.boralroof.com

Call: (800) 669-8453

Vapor Permeable Underlayment Designed for Use on Steep-Slope Roofs

VaproShield announces the release of SlopeShield Plus Self-Adhered, a highly vapor-permeable roofing underlayment Air Barrier (AB) material. SlopeShield Plus Self-Adhered (SA), a vapor permeable roofing underlayment, is designed for use on steep slope roofs of 2:12 or greater pitch. According to the manufacturer, the roofing underlayment features the patent-pending Vapor Permeable Polymer Composite Technology (VPPCT) developed by VaproShield.

“VPPCT combines advanced polymer coatings and our proprietary adhesive to create a primerless, highly-permeable, and fully-adhered [roofing] underlayment that is revolutionary to the industry. The black color also absorbs heat from the sun (while exposed), which increases the drying process of wet sheathing and insulation,” said Kevin Nolan, Technical Director of North America. “Every part of SlopeShield Plus, including the color, was intentional.” 

The development of SlopeShield Plus Self-Adhered came from an existing market demand for a high-performance and permeable roofing underlayment. Traditional asphaltic and butyl-based peel-and-stick roofing underlayments offer liquid-water holdout but lack drying capacity due to their non-permeable nature. These underlayments inherently trap moisture, reducing insulation performance and accelerating sheathing decay-potentially causing premature roof assembly failure.

“The industry has had traditional [asphaltic and butyl-based] underlayments for years. We are always working to push the industry forward,” noted Lee Snyder, Managing Partner of VaproShield.

SlopeShield Plus Self-Adhered offers superior performance to the polypropylene tri-laminate micro-porous permeable existing roof underlayments. The superior construction technology of SlopeShield Plus Self-Adhered is a composite of polymers and polyester in a sheet good that allows vapor diffusion. According to the company, the design of SlopeShield Plus Self-Adhered eliminates the water leakage created by the concussion effect (caused by heavy rain and foot traffic) while allowing for 6-month UV and climate exposure prior to roof system installation.

SlopeShield Plus Self-Adhered is compatible with metal roofing, slate/clay tile with batten/counter-batten substructures, and cedar shingles/shakes with VaproMat. VaproShield offers SlopeFlashing in two sizes: 29.5 inches and 19 2/3 inches. SlopeFlashing is used to flash eaves, hips, ridges and valleys.

Combining SlopeShield Plus SA and VaproShield’s vapor permeable WRB/Air Barrier wall membranes will create an airtight and watertight building enclosure that offers high drying capacity for the building envelope and roofing assembly-mitigating moisture damage and saving energy for the life of the building. A National Institute of Standards and Technology (NIST) study (NISTIR 7238) showed that an effective air barrier can reduce a building’s energy costs by as much as 40 percent and electrical costs by more than 25 percent.

For more information, visit www.vaproshield.com.

Redesigned High-Temp Underlayment Offers Improved Walkability, Reduced Bleed-Through

Polyglass U.S.A. Inc. announces that Polystick MU-X self-adhered, high-temperature underlayment has been redesigned. A secondary water barrier for roof coverings, Polystick MU-X features an enhanced black polypropylene film, improving membrane walkability and reducing bleed-through.

Polystick MU-X is designed especially for high-temperature environments. It is rated as temperature resistant to 250 degrees Fahrenheit and has an exposure window of 90 days for job flexibility. Polystick MU-X features a proprietary SBS modified bitumen upper compound and patented ADESO dual-compound self-adhered technology on the bottom side of the reinforcement. A split-release film on the bottom of the roll allows for ease of application. Convenient 3-inch lay lines printed on both edges allow bi-directional installation, saving time and labor. 

“We are excited about the performance improvements we have made to the Polystick MU-X underlayment,” said Polyglass CEO Natalino Zanchetta. “We made the enhancements based on customer feedback and our commitment to adding value by meeting or exceeding customer expectations and increasing customer satisfaction.” 

For more information, visit https://polyglass.us.

Self-Adhering, High-Temperature Roofing Underlayment

MFM Building Products, a manufacturer of a full envelope of waterproofing and weather barrier products for the building industry, offers a new high-temperature roofing underlayment, Premium HT Tile & Metal.

This self-adhering roofing underlayment is composed of a high-grade, reinforced polyester fabric laminated to a high-temperature asphalt adhesive system. This premium product also has a fiberglass-reinforced core for extreme durability. Product features a 3-inch (7 cm) selvedge edge to ensure a secure, monolithic seal. The surface fabric offers excellent foot traction and for stacking tiles during construction. UV exposure is 180 days.

Premium HT Tile & Metal is intended to be used as a whole-roof underlayment. It will withstand the high temperatures created by metal and tile roofing with a high temperature rating of 250°F (121°C). The top surface bonds well with foam adhesive systems and works well with nail-down tile roofs. It may also be used underneath cedar shakes, and synthetic or asphalt shingles. Premium HT Tile & Metal is self-sealing around common roofing fasteners to ensure a complete waterproof barrier.

The underlayment has a nominal thickness of 60 mils and is available in a 36 inch x 67 feet (91 cm x 20.4 m) roll size. Product meets ASTM D 1970 and TAS 103-95 through independent, third-party testing, and has been submitted for product approvals. Premium HT Tile & Metal comes with a 30-Year Limited Warranty.

For full technical data, installation instructions or to request a free product sample, visit www.mfmbp.com

Expert Tips For Shingling A Cone-Shaped Roof

Cone-shaped roofs are one of those projects that contractors either love to do or avoid like the plague.

A prominent architectural feature on Queen Anne- and Norman-style homes, cone-shaped roofs are also found on Armenian and Georgian churches and medieval towers and castles. Their sloping and curved geometric surfaces can be difficult and labor intensive to shingle, especially for roofers who are accustomed to working only with straight lines.

Whereas a simple pitched roof typically has two or more sides and a hip roof has at least four sides, a conical or turret-style roof can appear to have an infinite number of sides. Some cone-shaped roofs have three to eight flat sides that create more of a geometric shape, such as a pyramid.

So, the challenge is: How do you install flat shingles on this intricate, rounded surface?

The underlayment should be applied vertically, perpendicular to the eave, as shown in this figure from the ARMA Technical Bulletin titled “How to Shingle a Cone Roof.” (Copyright Asphalt Roofing Manufacturers Association, reprinted with permission.)

Getting Started

Thanks to their flexibility, modern asphalt shingles can be installed on roofs of any shape.

To begin shingling a cone roof, you need to know three measurements: the length of the rafter, the diameter of the cone and the widest piece of shingle you’ll be using.

To determine the distance around the base of the cone, multiply its diameter by 3.14. For example, if the diameter is 20 feet, the perimeter would equal 62.8 feet. With a 12-inch-wide shingle, you would need 63 shingles in each row around the cone.

Precise calculations are necessary because shingle pieces will need to change shape and become narrower as you move from the base of the cone up to its peak.

Cutting the shingles is a task you can do ahead of time, by creating a template, or when you get to a particular part of the installation.

Safety Concerns

Because cone-shaped roofs are usually steep and high off the ground, consider hammering footholds into the roof for stable support while you work. Better yet, use scaffolding, which not only provides a platform for leaning a ladder onto the roof, it also serves as an easily accessible shelf for your roofing materials and tools.

On a flat-sided cone roof, use the standard hip and ridge installation method. (Copyright Asphalt Roofing Manufacturers Association, reprinted with permission.)

Underlayment and Ventilation

With preparations complete and safety equipment in place, you’re ready for the fun part: installation.

First, start by applying a good quality underlayment to the deck per the manufacturer’s instructions.

The underlayment should be applied vertically, perpendicular to the eave, following the flow pattern from the cone’s peak to its base. This process will help to prevent the material from wrinkling or buckling. You should end up with an overlap near the peak, which can be trimmed during underlayment application and before installing shingles.

Continue to overlap the underlayment vertically as you progress up the cone and use asphalt plastic cement to cement the lap edge. Alternatively, you can use a peel-and-stick underlayment. A self-adhering underlayment protects the eaves and flashing from wind-driven rain and covers any possible gaps between abutting shingles.

Next, check the ventilation. If the cone is open to the attic area, it should be part of the ventilation system. To accommodate static ventilation in the main portion of the attic, increase the requirement for the net-free area by the same square footage as the cone-shaped room. If the area is open to the living space, a ceiling fan can help force moisture and heat from the cone-shaped room to the main living area for dispersal. Using a room dehumidifier may also be helpful.

When working with a completely circular cone, use an off-peak, roll-type ridge vent at the peak for positive ventilation. The formula for cone-shaped rooms is consistent with any other residential area:

  • Equal intake and exhaust vents: 300 square feet of attic area = 1 square foot of net-free vent area
  • Exhaust vents only: 150 square feet of attic area = 1 square foot of net-free vent area

In cases with no ventilation, make the homeowner aware of potential issues with accelerated wear and how it can affect the product’s warranty. For more specific requirements, contact the shingle manufacturer.

Shingling Flat-Sided vs. Rounded Cones

After installing underlayment and addressing ventilation, you can start applying shingles.

When shingling a rounded cone roof, divide the roof into three distinct zones. (Copyright Asphalt Roofing Manufacturers Association, reprinted with permission.)

If you’re working with a flat-sided cone roof, you can use the standard hip and ridge installation method. Snap vertical chalk lines from the cone tip to the eave center on each of the flat sides. Then apply shingles to the flat areas, cutting at the hips or joints. Use a standard hip and ridge shingle to complete the hip joints.

To ensure a continuous roofing line, snap horizontal chalk lines around the cone so that shingles will line up on adjacent sides.

Shingles on steep-sided cone roofs — those greater than 21/12 slope — may need to be hand sealed with asphalt plastic cement. Check the manufacturer’s instructions for steep-slope application.

When shingling a rounded cone roof, you won’t have a horizontal line to follow because of the curvature. If you try to create a line, butting the sides of the shingles together, the shingles will gradually curve downward and won’t correctly align when you encircle the cone.

To make installation easier, divide the roof into three distinct zones. Start applying shingles to zone one, at the bottom of the cone, and then work your way up to zones two and three.

While you are nailing, have another crew member help hold the shingles down around the curve so they are flush against the surface.

Side overlap of shingles is more noticeable in the upper portions of each cone. Trim shingles at an angle to make the joint parallel to water flow. (Copyright Asphalt Roofing Manufacturers Association, reprinted with permission.)

Because the cone shape tapers from the base to the peak, succeeding courses require less material.

The degree of horizontal offset and varied shingle cutouts will create a random appearance. When using standard three-tab shingles, trim each shingle for proper vertical alignment. A simpler alternative would be to use a randomly applied shingle that doesn’t need to be vertically aligned.

Shingling a cone-shaped roof may be challenging, but with the proper knowledge and execution, you can restore this architectural focal point to its full glory.

For more information from Atlas Roofing, including technical bulletins, installation instructions and product data sheets, visit atlasroofing.com.

Synthetic and Peel-and-Stick Underlayments for Metal Roofing

HydraShell MAX and HydraShell Supreme SA are McElroy Metal’s new underlayments. HydraShell MAX is the standard synthetic underlayment and HydraShell Supreme SA is a peel-and-stick underlayment. HydraShell MAX has a four-layer construction and can be used under all types of finished roofing materials, including steel roofing and is suitable for roof pitches as low as ½:12. HydraShell MAX requires significantly fewer fasteners than competitive products and provides a durable deck cover. HydraShell Supreme SA is the best choice in high-temperature, self-adhering applications. The SBS modified asphalt provides excellent pliability and the cool gray surface reduces heat build-up. 

For more information, visit www.mcelroymetal.com.

Granulated Self-Adhered Roofing Underlayment Features Slip-Resistant Surface

RhinoRoof Granulated Self-Adhered Roofing Underlayment The RhinoRoof brand of synthetic roofing underlayment now includes comprehensive roof deck protection. Comprised of the most advanced formulations for self-adhered roofing technology, new RhinoRoof Granulated Self-Adhered Roofing underlayment features a granulated, slip-resistant surface. The new synthetic underlayment offering complements contractors’ safety programs by providing a slip-resistant surface material on roofs of varying slopes. When paired with RhinoRoof U20 synthetic underlayment, the Granulated Self-Adhered Roofing Underlayment provides a system approach to protecting the entire roof deck against ice dams and wind-driven rains.

“RhinoRoof Granulated Self-Adhered Roofing Underlayment provides protection in the most vulnerable areas of the roof such as eaves and valleys,” said Jim Stange, Product Manager for Self-Adhered Underlayment. He noted the “peel and stick” product offers excellent adhesion across a broad temperature range. “The new granulated self-adhesive underlayment has been tested for adhesion at 40F and 75F and exceeds D1970 standards,” he said. The product can be left exposed for up to 30 days. Even at cold temperatures, the RhinoRoof® Granulated Self-Adhered Roofing Underlayment adheres to the roof deck, supporting flexible installation during seasons when temperatures can fluctuate widely.

Accroding to the company, multiple features contribute to the performance of RhinoRoof Granulated Self-Adhered Roofing Underlayment. The granulated surface features a 3-inch taped selvage edge and a polymer modified asphalt backing. The split sheet peel-away release liner facilitates easy installation on a broad range of roof designs. The product is packaged in a shrink-wrapped poly-sleeve, making it less susceptible to damage from the elements and easy to carry on the jobsite.

For more information, visit www.eavetopeak.com.

Metal Roof and Wall Panels Capture the Spirit of Shakespearean Theater

The Otto M. Budig Theater is the home of the Cincinnati Shakespeare Company. The new theater was designed by GBBN Architects in Cincinnati. Photos: Petersen Aluminum Corp

For many new arenas and theaters, the sheer size and scope of the project can pose the biggest hurdles. At the new Otto M. Budig Theater, home of the Cincinnati Shakespeare Company, the problem was the reverse. The intimate theater was shoehorned into an existing space up against an adjacent building, so logistics were tight. But that didn’t mean the roof system couldn’t be striking. Designed by GBBN Architects in Cincinnati, the building’s exterior features daring angles and multi-colored metal roof and wall panels that combine to help capture the spirit of the Shakespearean theater.

Matt Gennett, senior project manager and vice president of Tecta America Zero Company in Cincinnati, oversaw the roofing portion of the new construction project in the Over the Rhine section of Cincinnati on the corner of Elm Street and 12th Street. “This building was plugged in downtown, and they fit everything in real tight,” he says.

Approximately 5,400 square feet of PAC-CLAD 7/8-inch, 24-gauge Corrugated Panels from Petersen Aluminum Corp. were installed on the metal roofs and walls. Tecta America Zero Company installed the metal roof systems, as well as a TPO roof manufactured by Carlisle SynTec over the main structure and mechanical well. Work began in January of 2017 and the roofing portion of the project was wrapped up in late August.

The Metal Roof System

The building features two different metal roof systems. The roof on the Elm Street side is comprised of three intersecting triangle-shaped sections in two colors, Champagne Metallic and Custom Metallic Bronze. “There were several unique angles on the roof,” Gennett explains. “On the top, there was a second metal roof, a shed roof that went down to the 12th Street side.”

The theater’s roof and walls feature approximately 5,400 square feet of PAC-CLAD 7/8-inch Corrugated Panels from Petersen Aluminum Corp. in two colors. The wall panels are perforated. Photos: Petersen Aluminum Corp.

The metal roof systems were installed over a 2-inch layer of polyisocyanurate insulation and a 2-1/2-inch nail base from Hunter Panels, H-Shield NB. The nail base is a composite panel with a closed-cell polyisocyanurate foam core, a fiber-reinforced facer on one side and, in this case, 7⁄16-inch oriented strand board (OSB) on the other. The nail base was topped with Carlisle WIP 300 HT waterproofing underlayment to dry in the roof.

Crews also installed two rows of snow guards on the metal roof using the S-5! CorruBracket. “The snow guard was a little different,” Gennett says. “It was specifically designed for a corrugated roof.”

The TPO Roof System

The main roof and mechanical well were covered with the TPO roof system, which totaled approximately 8,300 square feet. After Carlisle VapAir Seal725 TR self-adhering air and vapor barrier was applied to the metal deck, crews installed two layers of 2-inch iso. Tapered insulation was applied over the top to ensure proper drainage. The insulation was covered with a 1/2-inch sheetrock and the 60-mil TPO was fully adhered.

Two large smoke hatches manufactured by Bilco were installed over the stage area. The ACDSH smoke hatches measured 66 inches by 144 inches, and are designed for theaters, concert halls and other interior applications that require limiting noise intrusion.

The Installation

The initial focus was to get the roof dried in so work could progress inside the building. The jobsite conditions posed a few challenges. The structure abutted an existing building, and the space was tight. The schedule necessitated multiple trips to the site, which can be a budget-buster on a small project. “We had a lot of trips in and out to accommodate the schedule and get everything dried in so they could meet the interior schedule,” notes Gennett. “We were sort of on call. We made three or four trips out to roof this small project, so it took a lot of coordination because it was completed in pieces.”

Crews tackled the TPO roof sections first. The mechanical well section provided several challenges. Changes in the mechanical well layout necessitated moving some curbs and making adjustments to the tapered insulation. “They were trying to get lot of equipment into a small space,” Gennett explains. “We had to make sure we could get the water to the low spots and route it around all of that equipment. That was probably the biggest challenge on the project.”

Staging material was also problematic, as traffic was heavy and parking space was at a premium. Material was loaded by a crane, which had to be set up in the street. “It’s a postage stamp of a site,” says Gennett. “This is a main thoroughfare, and there is a school right across the street. We had to work around school hours, and we couldn’t be working when the busses were coming in. We usually came in after school started, around 8 a.m., to load materials.”

When it came time to load the metal panels, the cramped jobsite actually paid off. “It was very convenient,” Gennett recalls. “We were able to load the panels onto the adjacent roof and just hand them over. We had a nice staging area for cutting, so all in all it wasn’t bad.”

The corrugated panels were installed with matching edge metal. “It’s not a complicated panel to install, and they look really nice,” Gennett notes. “On the Elm Street side, to the right of the valley was one color, and to the left was another, so we had to match the color with our coping. There were some interesting transitions with our metal. We also had to really pay attention to how the siding was being installed so we could match the metal to the siding and follow the transitions from color to color.”

The perforated wall panels were installed by ProCLAD Inc. of Noblesville, Indiana. “Once the walls were done, we came in and did the transition metal,” Gennett says. “We just had to make sure everything lined up perfectly.”

Planning Ahead

Ensuring a safe jobsite was the top priority for Tecta America Zero and Messer Construction, the general contractor on the project. “Both Messer Construction and Tecta America take safety very seriously. That’s why we’re good partners,” Gennett says. “We had PPE, high-visibility clothing, hard hats, safety glasses for the whole project. All of the guys were required to have their OSHA 10. Anyone outside of the safety barriers had to be tied off 100 percent of the time.”

Planning ahead was the key to establishing the safety plan and meeting the schedule while ensuring a top-quality installation. “This job had a lot of in and out, which is tough in the roofing business,” Gennett says. “But we planned ahead, we made sure everything was ready for us when we mobilized, and we did a good job of coordinating with the other trades. It took a lot of meetings and discussions — just good project management.”

Gennett credits the successful installation to a great team effort between everyone involved, including the general contractor, the subcontractors, and the manufacturers. “We pride ourselves on our great, skilled crews and our great field project management,” he says. “Our superintendents are there every day checking the work and making sure the guys have everything they need. Messer Construction is great to work with, and obviously having the manufacturer involved the project and doing their inspections as well helps ensure the quality meets everyone’s standards and holds the warranty.”

The theater is now another exciting venue in the Over the Rhine neighborhood. “It is really cool spot,” Gennett says. “It’s an up-and-coming neighborhood that’s grown in leaps and bounds in the last seven years. There is a ton going on in Cincinnati. It’s just another part of the city that makes it really fun to go downtown.”

TEAM

Architect: GBBN Architects, Cincinnati, Ohio, www.gbbn.com
General Contractor: Messer Construction, Cincinnati, Ohio, www.messer.com
Roofing Contractor: Tecta America Zero Company, Cincinnati, Ohio, www.tectaamerica.com
Wall Panel Installer: ProCLAD Inc., Noblesville, Indiana, www.procladinc.com

MATERIALS

Metal Roof:
Roof Panels: PAC-CLAD 7/8-inch Corrugated Panels, Petersen Aluminum Corp., www.pac-clad.com
Wall Panels: PAC-CLAD 7/8-inch Corrugated Panels, Petersen Aluminum Corp.
Nail Base: H-Shield NB, Hunter Panels, www.HunterPanels.com
Snow Guards: CorruBracket, S-5!, www.S-5.com
Waterproofing Underlayment: Carlisle WIP 300 HT, Carlisle SynTec, www.CarlisleSyntec.com

TPO Roof:
Membrane: 60-mil grey TPO, Carlisle SynTec
Waterproofing Underlayment: Carlisle WIP 300 HT, Carlisle SynTec
Smoke Hatches: ACDSH Acoustical Smoke Hatch, The Bilco Co., www.Bilco.com

Striking Asphalt Shingle Roof Tops the Restored Music Hall in Cincinnati

Originally designed by Samuel Hannaford in the 19th Century, the Music Hall first opened its doors in 1878. The Music Hall Revitalization Company coordinated the restoration of the 139-year old Cincinnati landmark, which just reopened to the public Oct. 6, 2017.
Photos: CertainTeed

The Cincinnati Music Hall is considered one of the largest and most beautiful concert halls and theaters in the world. It has played host to iconic performances and events for more than a century, from the 1880 Democratic National Convention to performances that helped shape the American arts scene.

A vision and product of 19th century architect Samuel Hannaford, Music Hall—as it’s known across the Queen City—first opened its doors to the public in 1878. Yet the doors on the 225,000-square-foot facility have been closed since May 2016 to allow for a complex interior and exterior restoration effort that would propel the aging building into the modern era while also preserving its beautifully unique characteristics.

The Charge

Restoring the beauty of Hannaford’s showpiece was more than a simple facelift. According to the Music Hall Revitalization Company, the nonprofit coordinating and leading the renovation, engineers investigating the building discovered structural deterioration beyond what one would expect in a 139-year old building, and recommended actions secure the Music Hall’s long-term viability.

The $135 million Music Hall renovation began in the spring of 2016, with the Cincinnati Center City Development Corporation (3CDC) overseeing construction. Following a rigorous request for proposals, 3CDC chose Imbus Roofing to install the new roof.

The Music Hall has been traditionally adorned with high-end shingles, and Grand Manor luxury asphalt shingles from CertainTeed were chosen to replicate the slate aesthetic and stand up to the elements. Photos: CertainTeed

Principal Daniel Imbus and his team were more than up to the task. Not only had Imbus Roofing performed the bulk of the roofing work at Music Hall over the past few decades, they have a rich legacy in the greater Cincinnati area. Among the other high-profile projects with connections to Imbus roofing are the Proctor & Gamble Twin Towers, the Walnut Hills Copper Dome, Paul Brown Stadium and the original Riverfront Stadium.

The team at Imbus worked closely with 3CDC, PWWG Architects and local distributor Midwest Roofing Supply to nail the aesthetic and capture the original essence of Music Hall.

“The roof replacement was a big part of the project, not only for protecting all the interiors that were being restored or replaced, but for the overall look of the building,” Imbus explains. “With the older building and the amount of other work being performed, just getting around the building and scheduling work around other trades such as painting, masonry, HVAC, etc., required a lot of planning.”

The Installation

Imbus partnered with Seth Dorn, branch manager at Midwest Roofing Supply, to find the appropriate materials to for the front towers, Corbett Tower, and Opera House portions of the roof. According to Dorn, the Music Hall has been traditionally adorned with high-end shingles, so they chose Grand Manor luxury asphalt shingles from CertainTeed to replicate the slate aesthetic and endure the wind, rain, snow and other elements typical to Cincinnati. To recreate the distinctive striped pattern of the roof, crews installed approximately 600 squares of Grand Manor shingles in two colors, Stonegate Gray and Brownstone.

The roof’s distinctive striped pattern was recreated with 600 squares of Grand Manor shingles in two colors, Stonegate Gray and Brownstone. Photos: CertainTeed

“We serviced Imbus Roofing with all potential materials for the project,” Dorn notes. “In addition to the shingles, we supplied DiamondDeck and WinterGuard underlayments from CertainTeed to further enforce weather protection.”

A large part of the roof replacement was the Main Hall, which sits above lower sections of the building and has a steep slope. To perform this installation, the Imbus Roofing team had to build scaffolding along the full gutter lines to provide safe and secure roof access and work platforms.

“With the steep slope of the roof, the shingles are an integral part of the exterior look of this historic building,” says Imbus. “It’s an introduction to the amazing interior renovation and exterior restoration.”

The Reopening

The project, more than seven years in the making, was completed on Oct. 1, 2017. The doors officially re-opened on Oct. 6 to kick off a weekend of events that included an opening night gala, a community Open House, and a pair of concerts featuring the Cincinnati Symphony Orchestra.

“It looks awesome,” reflects Dorn. “We will spotlight this job for all of our contractors and customers.”

“We had a great experience with this project,” Imbus adds. “It was a quick schedule with a lot of work to a signature building of Cincinnati. It is great being a part of a successful project that I think will impress everyone in the community.”

TEAM

Developer: Cincinnati Center City Development Corporation (3CDC), Cincinnati, 3CDC.org
Architect: PWWG Architects, Pittsburgh, PWWGgarch.com
Project Coordinator: Music Hall Revitalization Company, Cincinnati, Musichallcincinnati.org
Construction Manager: Messer Construction, Cincinnati, Messer.com
Roofing Contractor: Imbus Roofing, Wilder, Kentucky, Imbusroofing.com
Local Distributor: Midwest Roofing Supply, Cincinnati, Midwestroofingsupply.com

MATERIALS

Steep-Slope Roof System: Grand Manor luxury asphalt shingles, CertainTeed, CertainTeed.com
Underlayments: DiamondDeck and WinterGuard, CertainTeed