Metal Panels Create High-Tech Appearance for Energy-Positive School

September 23, 2019 by Leave a Comment
Myrtle Beach Middle School is engineered to be net-energy positive, and the building’s façade was developed to reflect its high-tech performance goals. Photos: hortonphotoinc.com

The new Myrtle Beach Middle School in Myrtle Beach, South Carolina, offers a vision of the future, in both its eye-catching design and award-winning performance. The school, like four other new elementary and middle schools opened in less than two years by the Horry County School District (HCSD), is engineered to be net-energy positive. This means the schools were designed to generate more energy than they use over the course of the year.

Designers mirrored that top-tier energy performance in their plans for a dynamic façade, punctuated by sharp corner angles, punched-out window shading and a dramatic entrance canopy. A bold color scheme created by broad expanses of PAC-CLAD Precision Series metal panels emphasizes this strong architectural statement.

“We felt we were creating a state-of-the-art facility. We wanted to create cutting-edge architecture to emphasize the cutting-edge approach of the school,” says Derrick Mozingo, AIA, senior partner and design principal with the hometown firm of Mozingo + Wallace, which designed the floor plans and exteriors of all five new schools in the HCSD system. “You don’t go by these buildings without noticing them.”

Designers developed a dynamic façade using PAC-CLAD Precision Series metal panels. The design features sharp corner angles and a dramatic entrance canopy.

Mozingo’s firm was a key member of the design/build team that brought HCSD’s five new schools — including two other middle schools, an elementary and intermediate school — online in only 18 months. FirstFloor Energy Positive led the effort, with SFL+A as design professionals of record and Stantec doing interior design and programing work. Panel and roofing installer Spann Roofing also was on board from the start. That company’s president, Jimbo Spann, says the fast-track schedule kept his installers on their toes.

“It was a big undertaking. There was a lot of design going on throughout the project,” he says. “There were time periods when we were working on several schools at the same time.”

In total, Spann’s team installed more than 100,000 square feet of PAC-CLAD 0.40-gauge aluminum HWP panels across all five schools, with colors chosen to highlight each facility’s athletic team’s colors. According to Mozingo, Petersen’s PAC-CLAD product supported both his budget and his aesthetic vision for the schools.

“It created a very affordable skin, and there was no other material out there that would create that look,” he says. “It gave us a surface that would weather well and gave us that architectural ‘tech’ look we were trying to achieve. We went through a number of studies to get what we ended up with.”

Mozingo notes he and his team also counted on Spann Roofing’s expertise as they went through their studies. “We have had a relationship with Spann Roofing for 30 years,” he says. “They worked with us through the design process and were a large component of that process.”

For Spann’s installers, familiarity with the product and with Petersen also were big advantages. With its responsibility for the wall panels as well as roofing for all five schools, Spann Roofing depended on the kind of responsiveness to questions and schedule demands they knew Petersen could provide.

“Petersen was very helpful, making site visits and making sure everything was going well and that we didn’t have any questions,” he notes, adding that the company also was critical in helping Spann keep up with HCSD’s aggressive timeline. “That took a lot from Petersen as well, in having the material ready on time. Without the material, we could have been in a world of trouble.”

With all five schools open, Spann now has had a little time to reflect on yet another successful project with Petersen and the company’s PAC-CLAD panels. “We know Petersen very well,” he says. “They’re like us – they do high-quality work and take a lot of pride in what they do, and it’s a top-of-the-line product.”

TEAM

Architect: Mozingo + Wallace, Myrtle Beach, South Carolina, www.mozingowallace.com

Wall Panel Installer: Spann Roofing, Conway, South Carolina, www.spannroofing.com

MATERIALS

Metal Wall Panels: PAC-CLAD 0.40-gauge aluminum HWP, Petersen, www.pac-clad.com

Filed Under: Education, Home, Projects Tagged With: , , , , ,

Sherwin-Williams to Highlight Solutions For Metal Building Industry at IRE

January 30, 2019 by Leave a Comment

Tobetter serve the growing metal roofing and building materials segment, Sherwin-Williams is introducing a first-of-its kind integrated Building Solutions program for metal suppliers, manufacturers, and contractors. The paint and coatings company is exhibiting and highlighting their portfolio of products at this year’s International Roofing Expo (IRE) from February 11-13 in Nashville, Tennessee.

“This year’s IRE is the perfect opportunity for Sherwin-Williams to announce this comprehensive product offering,” said Mark MacDonald, Building Products Marketing Manager. “We look forward to demonstrating our commitment to the metal roofing industry and highlighting how our products can help roofing contractors deliver outstanding results for their customers.”

The Sherwin-Williams Building Solutions program offers a complete selection of high-performance metal coatings, roof sealants, touchup paint, and metal restoration coatings – including Fluropon coil coatings, Geocel roof sealants, Kool Seal roof coatings, Ready Match Touchup, and Uniflex restoration systems. 

“By working with Sherwin-Williams, customers in the metal roofing industry have access to all of our industry-leading products, from a supplier that is committed to helping them grow their business,” MacDonald said. “Sherwin-Williams will be a passionate champion of metal roofing in 2019 – recruiting and encouraging contractors and roofers to expand their businesses into the metal segment.” 

At IRE, Sherwin-Williams will also host a professional engagement for industry attendees as part of the commitment to promoting and expanding the residential roofing market. Led by Matt Risinger, CEO and Chief Builder of Risinger Homes in Austin, Texas, the event will be held in the Sherwin-Williams Expo Booth # 1109 on February 12. For more information and to reserve your spot at the booth event, visit MakeMoreWithMetal.com.

For more information, visit www.sherwin.com.

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Metal Panels Highlight Rooftop Area of Washington Apartment Building

January 29, 2019 by Leave a Comment
Reed Row apartments in Washington features a rooftop common area that provides residents with social space and great views of the city. Photos: Rheinzink

The brand-new Reed Row apartments in the Adams Morgan neighborhood of Washington, D.C., offers an eclectic, urban sophistication that is reflective of the area. Adams Morgan is well known for its broad mix of cultures and activities. The five-story apartment community includes 132 residential units in 100,000 square feet of space.

The site, located about 1.5 miles from the White House, was previously a parking garage. The developer demolished everything above grade but was able to retain portions of the below-grade structure.

The exterior expression of the architectural design, created by R2L:Architects, Washington, D.C., is influenced by the materials and scale of the traditional masonry buildings found in nearby districts. “We wanted to pay homage to the historic neighborhood with a material palette that offered the proper aesthetic fit,” says Donrico Washington, R2L project designer/manager.

Approximately 3,000 square feet of Rheinzink Flat Lock Tilesand 1,000 square feet of Rheinzink Standing Seam Panelswere used to highlight the rooftop amenity. Photos: Rheinzink

Two different Rheinzink profiles were specified for application in an “intimate, exterior amenity space,” Washington notes. The area is an inviting rooftop common area that provides residents with social space and a great view of the city. Approximately 3,000 square feet of Rheinzink prePATINA graphite-greyFlat Lock Tiles and 1,000 square feet of Rheinzink Standing Seam Panels highlight the rooftop amenity. “In the early stages of our design process, we noticed that numerous nearby buildings had mansard roofs with diamond-shaped tiles and shingles. That’s what led to our selection of the Rheinzink Flat Lock Tiles,” Washington says. 

The Rheinzink Standing Seam Panels were used to clad sloped roofs over stairways in the units below the roof deck leading up to outdoor terraces. “The reaction to the Rheinzink from the residents has been outstanding,” says Washington. “Everyone loves it because it’s a material that’s not typically seen.”

Installation of the panels was done by MSM Roofing, Hampstead, Maryland. David Peterson, owner of MSM, described the installation as “a piece of cake.”

Filed Under: Projects, Residential, Rooftop Living Tagged With: , , , , ,

ATAS Names New Director of Interior Business Development

December 17, 2018 by Leave a Comment

ATAS International promoted Kevin Cox, CSI, CDT, to the position of Director of Interior Business Development.  Prior to this new position, Cox was the Product Representative for ATAS covering the territory of North Carolina, South Carolina, and Southern Virginia since 2016.

Kevin has over 25 years of experience in the commercial construction industry, including positions within operations and in sales and estimating for a large commercial interior contractor.  He has held positions in architectural business development and ran his own commercial contracting company for half a decade. Kevin has extensive knowledge of exterior and interior wall construction, as well as interior ceilings and room acoustics.  He is a board member of the Construction Specifications Institute’s Raleigh-Durham chapter and has obtained CSI’s Construction Documents Technologist (CDT) accreditation.

To complement this new market focus, an interior applications brochure was created to highlight the many ways in which ATAS metal panels can be used within a building.  From a functional and aesthetically pleasing linear ceiling system, to a wide variety of attractive wall panel options, a building’s interior can benefit from the beauty and durability of metal.  Curved, tapered, texture, color and custom capabilities expand options and bring design ideas to life.  Acoustical sound control systems are available for ceilings and walls, and perforated panels are often used in sound dampening applications.  ATAS Gaten Series perforated panels are available in six standard hole size patterns, as well as in custom patterns and hole sizes, to add visual appeal as well as acoustical functionality.

For more information, visit www.atas.com. 

Filed Under: Manufacturer News Tagged With: , , , ,

Meticulous Preparation Sets Up Restoration Project for Success

September 24, 2018 by Leave a Comment

Photos: Debby Amador, Roma Police Department

Officials at Roma High School in Roma, Texas, knew they needed a new roof. The tile roof on the main complex was more than 25 years old, and some components were clearly failing. They didn’t realize that many of the leaks and resulting wall deterioration were caused by other problems as well. Luckily, they reached out to design and construction professionals who did their homework, diagnosed all of the key problems, and developed a plan to fix them. The crowning touch of the building envelope restoration plan was a beautiful standing seam metal roof, and the success of the project is proof that hard work pays off not only in the classroom, but on top of it.

The Consultant

As its building envelope consultant, Roma Independent School District chose Amtech Solutions Inc., headquartered in Dallas, Texas. The full-service architectural, engineering, and building envelope consulting firm has been in business since 1982. Working out of the company’s Rio Grand Valley (RGV) office located in Pharr, Texas, Amtech Solutions inspected and evaluated the entire site and reviewed legacy documents to identify the underlying issues.

They found quite a few, notes Michael Hovar, AIA, RRO, LEED AP, a senior architect and the general manager of the company’s RGV office. “They thought all they had was a roofing problem,” he notes. “But we saw right away that not properly managing water off the roof was the cause of wall deterioration, which then became leaks into the building. Our experience with the entire envelope and all facets of design and construction really helped us on this one.”

Roma High School in Roma, Texas, underwent a three-phase building envelope restoration plan in 2016-2017. After the walls were repaired and restored, the roof and mechanical equipemt were replaced. Photos: Debby Amador, Roma Police Department

Amtech Solutions put together a presentation for the school board to detail what they discovered and the plan they proposed to remedy the situation. The company also worked with the school district to help develop a budget.
The restoration plan was split up into three phases. The first phase focused on restoring the walls and windows. The second phase encompassed roof replacement and installing new mechanical equipment. The third phase involved improving drainage, grading and other site repairs.

Amtech Solutions decided not to bid the project out to a general contractor, but rather to bid each phase separately. “We decided to split it up into stages and do it logically, starting with the walls first,” Hovar says. “For the walls, we got restoration contractors who specialize in wall restoration work.”

Restoration Services Inc. (RSI) of Houston, Texas handled the first phase in the summer, as the wall repairs would be louder and more disruptive to students. The roof replacement project was scheduled for the fall. “Once all of the stuff on the ground was done, that allowed us to do the re-roofing work throughout the school year, which also helped the price,” notes Hovar. “Our experience has always been that if we have good cooperation with the contractors and the school staff, at the end of the job they end up being best friends. And that’s exactly what happened. At the end of the job, they were sad to see the roofers go.”

Amtech Solutions convinced the school district the plan would work. “It took some coordination, communication and cooperation, and it took a motivated owner that was willing to do this and trust us,” Hovar says. “They looked to us for guidance, and we said, ‘We do this all the time. We do roofing projects throughout the year, occupied and unoccupied, and we do it in a way that respects what the occupant’s needs are.’”

When it came time to specify the roof system, school board members were divided; one faction wanted to install a new tile roof, and the other wanted to go with metal. “The interesting thing is, for the historical architecture of the area, both of those roofs are appropriate, so from the standpoint of historical significance, either one works,” Hovar says. “In the end, it was quite a bit more expensive to utilize tile than it was to utilize a metal roof.”

The Roof Systems

The decision was made to go with a standing seam metal roof from McElroy Metal on the vast majority of the complex, including the main roof, the gymnasium, and two freestanding structures — the art and industrial arts buildings — that had been added over the years. The main tile roof was removed and replaced with McElroy’s 138T Panel, a 16-inch-wide, 24-gauge panel in Brite Red. McElroy’s 238T Panel, a 24-inch-wide, 24-gauge panel, was specified for the gym, as well as the art and industrial arts buildings. In a cost-saving measure, the color on the gym roof was changes to Galvalume Plus. In all, more than 233,000 square feet of metal roofing was installed.

Before

“The reason we picked this roof system is we’ve had a lot of great experience with it,” Hovar says. “We love that panel because they can actually bring the roll former to the jobsite. That gives the roofing contractor a lot more options on how he can load the roof and sequence the job. The other beauty of this panel is that it has unlimited movement. The panels itself slides back and forth over a fixed clip. It also flashes like a dream.”

Low-slope roof areas adjacent to the gym were replaced with a two-ply modified bitumen system from Siplast. CPI Daylighting manufactured a new skylight for the atrium.

As part of the roofing phase, gutters and downspouts were added. “There was nothing controlling the water before on this project,” Hovar says. “We designed a gutter system with expansion joints as per SMACNA guidelines. The contractor made absolutely beautiful shop-welded aluminum downspout boots.”

The most crucial detail was a custom-made saddle that solved the problem of water infiltration at the transition between the roof and walls on the wings. “This ultimately simple solution addressed one of the major design flaws that plagued the facility from the first days of occupancy,” Hovar notes. “We modeled the three-dimensional design of those saddles, and the contractor welded them in his shop. He fabricated them out of .080 aluminum and they were seamless. The restoration contractor had already installed all of the through-wall flashing, so all the roofer had to do was put counterflashing in and do his work around it. He was able to fly without being slowed down by a mason on the job.”

The Roofing Contractor

The roofing phase of the project was handled by Rio Roofing, headquartered in Harlingen, Texas. The company primarily installs low-slope and metal roofs, and its focus is on large commercial and institutional projects. ““We do nearly 90 percent public bonded work,” notes Hedley Hichens, vice president of Rio Roofing. “We found out that whether it’s a small job or a big job, the paperwork is still the same, so we try to make it worthwhile.”

The company worked on the Roma High School project for about a year, wrapping up the roofing phase of the project in November 2017.

After the structure’s main roof was removed, the tile was replaced with a standing seam metal roof featuring McElroy’s 138T Panel in Brite Red. Photos: Debby Amador, Roma Police Department

The decision was made to tackle the wings on the main roof first. “During the pre-con meetings, we met with the principal and the superintendent and asked, ‘Which wings are the worst?’” Hichens notes. “There was one wing that was the most problematic, so we started with that area first.”

Rio Roofing began by tearing off the existing tile roof. “There were about 1,925 squares of concrete tile we had to remove,” Hichens notes. “We had crews on the roof tearing off tile, crews on the ground palletizing the tile and storing it in the parking lot.”

As crew members removed the old tile and felt, others followed behind and installed polyisocyanurate insulation and Polystick MTS, a waterproofing underlayment designed for high-temperature applications. “We did 40 or 50 squares a day, moving down the wing,” Hichens says. “We dried in the whole school. Then we came back with the 138 panel.”

On top of the gym and other buildings that received the 238T panel, the existing metal roofs were left in place. “We put flute fill on top of the old panels. Then we screwed down 3/8-inch Securock, primed it and put the Polyglass underlayment down on top of that,” Hichens explains. “That 24-inch panel is a great panel to work with because every time you put one down, you’re 2 feet closer to finishing.”

Installing the New Roofs

The school’s main roof covers a central hub with eight wings coming off of its octagonal skylight. Where the wings tie together, access was limited.

“It was a tight squeeze,” Hichens says. “Getting in there and getting out was difficult. I think our fork lift only cleared one of the walkways by 2 or 3 inches. It’s a big campus, but the layout was difficult at the school.”

Once the wings were dried in, sheet metal crews installed the edge metal and 4,000 linear feet of gutters. They also started forming the panels.

Typically, Rio Roofing lifts the roll former to the roof edge, but it was difficult to get a large lift next to the building, so in this case the roll former was left on the ground. It was moved from wing to wing as the job progressed. “We used a New Tech roll former on this project,” Hichens says, “We would put the roll former parallel to each wing and store the panels on the ground in each area.”

Panels were hemmed and notched using a Swenson Snap Table Pro and lifted to the roof with a fork lift and a special cradle. Crews used a hand seamer to set temporary seams and followed up with a robotic seamer from D.I. Roof Seamers. “The panels are easy to install,” Hichens says. “You get about four guys 10 feet apart to engage the panels and clips and you just keep going. At the end of the day crews put the seam caps on.”

On the low-slope areas, Rio Roofing installed approximately 47,000 square feet of the Siplast two-ply SBS modified system, which was torched down over new lightweight concrete. “For their size, the low-slope areas had a ton of mechanical equipment and ductwork up there,” notes Hichens. “There were a lot of key details.”

Rio Roofing custom-manufactured numerous curbs and details, including the saddles over problem areas at the walls. “We have a full welding shop,” Hichens notes. “We have a full machine shop. We make all of our own curbs here, so there is no lead time for ordering curbs, and we are sure they’ll fit.”

Teamwork

Work on the project has now moved on to a fourth phase: installing translucent panels over the swimming pool. Hovar believes teamwork was the key to the project’s success. “We had such a good contracting team, we did good field work to begin with, and we had an understanding owner,” he says. “Designing it wasn’t easy, but thankfully our experience helped. We just had a really good team to execute it, all the way around. That’s what makes for a great, project, right? When everybody is invested in a good outcome, they always support everybody else.”

Communication was also essential, and Building Information Modeling (BIM) helped keep everyone on the same page. “We modeled the project on our BIM software, and it helped everyone understand the scope and challenges. The BIM model allowed the owner see exactly what the project would look like, and it helped the contractor understand the staging and logistical challenges before the project was bid,” Hovar says. “There were no surprises.”

TEAM

Architect and Consultant: Amtech Solutions Inc., Pharr, Texas, www.amtechsls.com
Roofing Contractor: Rio Roofing, Harlingen Texas
Wall Restoration Contractor: RSI-Restoration Services Inc., Houston, Texas, www.rsi-restorationservices.com

MATERIALS

Metal Roof System
Metal Panels: 138T panel (16 inches wide, 24 gauge) and 238T Panel (24 inches wide, 24 gauge), McElroy Metal, www.mcelroymetal.com
Underlayment: Polystick MTS, Polyglass, www.polyglass.us
Cover Board: Securock, USG, www.usg.com
Skylight: CPI Daylighting, www.cpidaylighting.com

Low-Slope Roof System
Modified Bitumen Membrane: Paradiene SBS, Siplast, www.siplast.com

Filed Under: Education, Projects Tagged With: , , , , , , , , , , , , ,

Fasteners Designed to Attach Sheeting over Rigid Insulation

March 30, 2018 by Leave a Comment

Triangle Fastener Corporation expands their line of BLAZER Drill Screws with new sizes designed to attach metal panels over rigid insulation. These unique screws have two different threads with a gap in between that eliminates jacking of the panel during installation.

Features and benefits:

  • A special ¼-14 “high thread” under the screw’s head secures the metal panel tightly against the head for optimal seal
  • Unique unthreaded section eliminates the “jacking” of the panel during installation, improving the drilling and tapping performance
  • BLAZER 3 drill point for fast penetration with less effort
  • Lengths: 1-7/8-inch, 2-3/8-inch, 3-1/4-inch and 4-inch
  • TRI-SEAL 1,000-hours salt spray coating provides over 20-times more corrosion protection than screws with commercial zinc plated
  • Available with a zinc alloy cap or stainless steel cap providing corrosion resistance in harsh environments

For more information, visit www.trianglefastener.com.

Filed Under: Latest Products, Products Tagged With: , , , , , ,

Metal Barrel Roof Tops the Rebels’ New Basketball Arena

October 11, 2017 by Leave a Comment

The Pavilion at Ole Miss seats 9,500 fans.

The Pavilion at Ole Miss seats 9,500 fans. The building’s signature is its standing seam metal roof, which was manufactured by ACI Building Systems. Photos: Professional Roofing Contractors Inc.

The Pavilion at Ole Miss is a multi-purpose facility that is most famous for hosting the University of Mississippi’s basketball team. The arena cost approximately $97 million to build and seats 9,500 fans. The building’s signature arched metal panel roof was designed to complement the curved entrance and blend in with other architectural features on the university’s campus in Oxford, Miss.

Professional Roofing Contractors of Shelbyville, Tenn., was originally called in to assist with estimating the cost of the structure’s main roof, as well as a membrane roof system on the lower level. Upon final bid results, the decision was made to proceed with a standing seam metal roof on the upper portion of the building and a PVC roof on the lower level. Professional Roofing was the successful low roof bidder and selected ACI Building Systems to provide the standing seam roof materials and Sika Sarnafil to provide the PVC membrane roof materials. Professional Roofing installed both systems, with Jose Martinez as the crew leader for the membrane roofing portion and Dale Jones in charge of the metal roofing crew.

Larry W. Price, president of Professional Roofing, and Jonathan Price, the company’s vice president and the production manager on the project, oversaw the installation of 79,500 square feet of standing seam metal roofing and 46,500 square feet of PVC. There wasn’t much room for staging material on the jobsite, which didn’t give the company much room to maneuver. For the main roof, bundles of pre-cut metal panels were trailered in by ACI and loaded to the roof by crane.

“Logistics were complicated,” notes Larry Price. “Just getting a big enough crane in there and lifting the panels was difficult. Once we got the panels on the roof and they were situated, the roofers could just move ahead.”

Photos: Professional Roofing Contractors Inc.

Photos: Professional Roofing Contractors Inc.

Panels were installed with a 2-inch-high, double-lock standing seam, which was completed using a self-propelled mechanical seamer from D.I. Roof Seamers. The metal panels were curved into place by crews on the roof, who installed them over the staggered metal deck after it was covered with two 2-inch layers of polyiso insulation and Carlisle’s WIP 300 HT self-adhered underlayment. “The metal deck was segmented,” notes Jonathan Price. “We had to bridge some of those sections to make a nice, smooth curve.”

The scope of work included a large gutter at the roof edge. The gutter was 3 feet high and 2 feet wide, and crews from Professional Roofing flashed the gutter and lined it with the same Sika Sarnafil PVC used on the lower roof.

On the mezzanine level, crews installed a vapor barrier and mechanically fastened two 2-inch layers of polyiso insulation, as well as some tapered insulation for drainage. Once that work was completed, the 60-mil PVC was applied.

“Everything went pretty smoothly,” says Jonathan Price. “Logistics are usually tight on a new construction project, but once we adjusted to that, we just had to cope with the weather.”

“We had a lot of hot days and some rainy days,” Larry Price remembers. “Mississippi in the summer can get hot, hot, hot—and when it’s not hot, it’s raining.”

TEAM

Architect: AECOM, Kansas City, Mo.
General Contractor: BL Harbert International, Birmingham, Ala., Blharbert.com
Roofing Contractor: Professional Roofing Contractors Inc., Shelbyville, Tenn., Professionalroofingcontractors.com
Metal Roof Panel Manufacturer: ACI Building Systems, LLC, ACIbuildingsystems.com
PVC Roof Manufacturer: Sika Sarnafil, USA.sarnafil.sika.com

Filed Under: Education, Projects, Uncategorized Tagged With: , , , , , , , ,

Latest Addition to SnapTable Line Is Easily Transportable

July 26, 2017 by Leave a Comment

Swenson Shear's Eave MasterSwenson Shear introduces the Eave Master, the latest addition to the company’s SnapTable collection. Eave Master is designed to notch and hem eave cuts in metal panels between 12 inches and 24 inches wide. According to the manufacturer, the product provides a consistent cut on straight runs and is ideal for use in any commercial job. It weighs 125 pounds, and is designed to be manually lifted by two people and easily transported in the bed of a pickup truck.

The Eave Master features an inch ruler on its notchers that allows for an easy-to-measure hem line, as well as a quick-change notching station for right and left panel runs. The machine is designed to be the perfect complement to the Towable SnapTable Pro.

Filed Under: Latest Products Tagged With: , , ,

Metl-Span Hosts Grand Opening Ceremony for Its New Production Facility

June 29, 2016 by Leave a Comment

Metl-Span, a manufacturer of insulated metal panels, hosted a grand opening ceremony for its new production facility in Hamilton, Ontario.

More than 150 guests came to celebrate the opening with Metl-Span. Guests came from across Canada and traveled from as far south as Texas to be in attendance. Many were able to see how Metl-Span insulated metal panels were produced for the first time on the guided plant tours.

The Metl-Span plant, located at 430 Sherman Avenue North, employs more than 20 full-time workers and is currently producing the Mesa, Light Mesa, Striated and Fluted profiles.

“With Metl-Span now operating in Canada, our customers here and in the northeastern and north central U.S. can benefit from lower delivery costs for all of their metal panel needs,” says Steve Zirkel, president of Metl-Span. “We are also very excited to be a part of the Hamilton community and provide job opportunities and business here.”

The ceremony included an official ribbon cutting with representatives from Metl-Span; the Hamilton Port Authority; NCI, Metl-Span’s parent company; and Robertson Building Systems, also an NCI company, invited to participate. The ribbon was cut by Metl-Span plant manager, Jeff Fountain.

Metl-Span started production in the 24,000-square-foot facility, located at the Port of Hamilton, in March.

“Customers will realize significant savings in terms of turnaround and delivery times,” Zirkel says. “In an industry where time literally means money, this advantage is tremendous.”

The new Hamilton production plant is currently producing Metl-Span Mesa, Light Mesa, Striated and Fluted insulated metal panels.

Filed Under: Manufacturer News Tagged With: , , , ,

Metal Panels Include Polyiso Core

March 8, 2016 by 1 Comment

Green Span Profiles has added RidgeLine, a patented 2 3/8-inch-tall mechanically seamed roofing panel, covering 42 inches, with thickness options of 2 1/2, 3, 4 and 5 inches.

Green Span Profiles has added RidgeLine, a patented 2 3/8-inch-tall mechanically seamed roofing panel, covering 42 inches, with thickness options of 2 1/2, 3, 4 and 5 inches.

Green Span Profiles has added RidgeLine, a patented 2 3/8-inch-tall mechanically seamed roofing panel, covering 42 inches, with thickness options of 2 1/2, 3, 4 and 5 inches. The core is a continuously poured-in-place, polyisocyanurate insulating foam. Exterior and interior metal panels are available in 26-, 24- and 22-gauge Galvalume/G90 galvanized and stainless steel. The exterior finish is standard gloss PVDF coating. RidgeLine panels can be used on slopes as low as 1/2:12 and are available in standard lengths, measuring 12 to 53 feet, with custom lengths available on demand. The panel offers nominal R-8 per inch of insulation thickness; R-20 for the 2 1/2-inch panel.

Filed Under: Latest Products, Low slope, Metal Tagged With: , , , , , ,