At this point remind everyone to please fill out the Form B being circulated and to please print neatly!Ask that at the end of the seminar to please fill out the evaluation form and leave it with you.
Metal lasts a long time!!!! Notre Dame
Nonresidential metal roofing products have made substantial gains, particularly in the commercial and institutional segments. Metal roofing is continuing to gain share in the institutional segment (notably education and health care) despite funding issues. The metal industry has done a very good job of selling the value proposition for life cycle cost, energy efficiency, green building and durability – issues that matter to architects serving these segments.
The combination of improving markets and improving share results in strong gains in tonnage shipped by the U.S. metals industry into these construction segments. Total tonnage shipped peaked at 2.2 million tons in 2008. The annual growth rate is forecast as 5% for 2012, accelerating to 8% by 2015. FMI anticipates that shipments will exceed 2.7 million tons in 2016. This will represent a total gain of 39% from 2011 and a gain of nearly 24% from the 2008 peak level.
The survey was sent to 11,000 readers with 900 responses: The findings – 77% found are installing architectural standing seam metal roofing.72% found are installing architectural standing seam metal roofing for RE-ROOFING applications The Bottom Line: Shows that metal is a primer opportunity for new construction.
Shows metal is a primary opportunity in the reroofing segment. Important since over 85% of the market is reroofing at this point.
Metal Roofs reflect rather than absorb heat energy = less heat transfer into the building envelope. This is done through pigment technology
Metals canMultiple credits are available AS CONTRIBUTION CREDITS
This is the Largo Florida Public Library – also serves as a hurricane shelter for the community…this roof has been engineered to take on Cat 4 sustained winds.
Continuous length – internal clips – less penetrations
Exposed Fastener Panels – Pole Barns – Agricultural usage
Type #1 Side Lap WTW - Warrants the sidelap/panel seams only. - Drexel & Installer total liability capped at original installed cost of standing seam roof system. - Terms of up to 20 years. Over 20 years please inquire. - Certified Installer liability of first 2 years, plus any necessary repair extensions. - No Drexel inspections, Photos required to be sent by Certified Installer. Type #2 Standard WTW - Warrants the standing seam roof system. - Drexel & Installer total liability capped at original installed cost of standing seam roof system. - Terms of up to 20 years. Over 20 years please inquire. - Certified Installer liability of first 2 years, plus any necessary repair extensions. - Mid Point and Final inspection required by an authorized Drexel WTW Inspector. Type #3 No Dollar Limit WTW - Warrants the standing seam roof system. - Drexel & Installer total liability is no dollar limit (NDL). - Terms of up to 20 years. Over 20 years please inquire. - Certified Installer liability of first 5 years, plus any necessary repair extensions. - Pre-Panel, Mid Point, and Final inspection required by an authorized Drexel WTW Inspector. Type #4 Single Source No Dollar Limit WTW - Warrants the standing seam roof system. - Drexel total liability is no dollar limit (NDL). - Terms of up to 20 years. Over 20 years please inquire. - Certified Installer liability is for initial installation. - Pre-Panel, Mid Point, and Final inspection required by an authorized Drexel WTW Inspector.
During the late 1800’s and early 1900’s the steel industry developed sheet goods which lead to the development of “corrugating” where they passed a thin sheet of metal beneath a corrugating drum and pressed undulations into the sheet. The undulations made the sheet stronger so that it could span structural members. This profile lead to other shapes, all having exposed fasteners. In this same category came 5V-Crimp,R-Panels,SM Rib,Etc. This direct method of fastening provides great wind resistance but does not provide for thermal movement. As panel lengths increased this created some problems.Limits expansion and contraction
The steep slope metal roof sometimes called Hydrokinetic or Architectural relies on the pitch of the roof to shed water. The most common systems employ a snap-seam profile where one side of the panel has a male leg that inserts into the female leg on the other side of the panel and interlocks. These systems require no special seaming tools and therefore often save on installation costs. Architectural or low slope systems are normally installed over a solid substrate such as plywood which requires a moisture barrier between it and the metal such as asphalt saturated felt paper or a peel-and-stick membrane. The metal roof is the primary water barrier but the underlayment serves to direct off the roof any water that may get past the panel system, flashings and trims.
Other Options include Batten Cap Systems or Nail strip applications as well.
Making the Educated Choicewith Metal RoofingAn AIA Continuing Education ProgramCredit for this course is 1 AIA/CES Learning Unit for HSW CreditCourse Number: DMC001
An American Institute of Architects (AIA)Continuing Education ProgramProudly Presented By:Drexel Metals Inc.1234 Gardiner LaneLouisville, KY 40213888.321.9630www.drexelmetals.comCourse Format: This is a structured, face-to-face courseCourse Credit: 1 Health Safety & Welfare (HSW) learning unit (LU)Completion Certificate: A copy is sent to you by email upon request. Please indicateif required when completing the Form B.Approved Promotional StatementA Registered Provider with the American Institute of Architects Continuing Education Systems. Creditearned on completion of this program will be reported to CES Records for AIA members. Certificates ofCompletion for non- AIA members are available on request.This program is registered with the AIA/CES for continuing professional education. As such, it does notinclude content that may be deemed or construed to be an approval or endorsement by the AIA of anymaterial of construction or any method or manner of handling, using, distributing, or dealing in anymaterial or product. Questions related to specific materials , methods, and services will be addressed atthe conclusion of this presentation.
Today’s Agenda• Market Data and Current Trends• Materials Used• Warranty Types• System Approach– Profiles– Types of Metal Roofing• FAQ’s and Q+A
MARKET DATA AND TRENDSMaking an Educated Choice – Part 1
The trend is our friend!Estimated Roofing Shares by Competitive Material -- Total United States Revised January 2012Summary Data for Total Metal and the Top Competitor Cumulative %Percentage of Total Square Feet Gain in Metal4th Quarter 2011 Share Position2007 2008 2009 2010 2011 Versus 2006Non-Residential BuildingsAgriculturalMetal Roofing 81.3% 85.7% 85.9% 86.5% 86.7% 0.9%Cumul. point gain/loss from 2006 (4.7) (0.3) (0.1) 0.5 0.7Asphalt Shingles/Other 18.7% 14.3% 14.1% 13.5% 13.3%CommercialMetal Roofing 19.4% 20.2% 21.1% 22.1% 22.8% 21.5%Cumul. point gain/loss from 2006 0.6 1.4 2.3 3.3 4.0Fiberglass Asphalt Shingle 21.3% 19.7% 18.8% 17.9% 17.7%IndustrialMetal Roofing 20.8% 21.3% 21.6% 22.0% 23.3% 14.7%Cumul. point gain/loss from 2006 0.5 1.0 1.3 1.7 3.0TPO 16.8% 17.5% 18.6% 19.5% 19.8%InstitutionalMetal Roofing 28.7% 30.3% 31.8% 33.6% 35.2% 31.7%Cumul. point gain/loss from 2006 2.0 3.6 5.1 6.9 8.5Fiberglass Asphalt Shingle 18.8% 18.6% 18.3% 18.1% 17.9%Sources: U.S. Departments of Commerce and Energy, Bureau of Economic Analysis, Reed Construction Data,F.W. Dodge, Industry trade associations and proprietary FMI databases.
“2011 The Details: A Comprehensive Analysis of Metal Roofing Contractors.” 2011, p.38.
“2011 The Details: A Comprehensive Analysis of Metal Roofing Contractors.” 2011, p.39.
Metal can be used forarchitectural and historical accents
Why Metal?• Energy efficiency and long-term performance• LEED certification/green building/perfect forsolar attachment• Aesthetic appeal• Retro-Fit Opportunity• Long Service Life• Durability• Speed of construction
Energy EfficiencySolarReflectance ThermalEmittance
LEED certification/greenbuilding/perfect for solar attachment
Galvalume vs. GalvanizedHot Dipped GalvanizedAfter 18 years, G-90Galvanized - Exhibits red rustGalvalumeGalvalume after 23 years- No major sign of red rust.Moderate Marine / Rural
Dissimilar MetalsDirect contact of steel to these metals will cause corrosiondamage and deterioration of the steel. Even water run offfrom these metal will cause corrosion of the steel.• Copper• Iron• Graphite• Lead• Treated Lumber
What to Expect over timeKynar vs. SMP35 years25 yearsKynar -BestSMP - Better
METAL ROOFING WARRANTY TYPESMaking an Educated Choice – Part 3
TYPES OF WARRANTIES• Paint Warranty• Color Fade• Chalk• Film Integrity (Delamination)• Substrate Warranty• Galvalume – Perforation/Corrosion Warranty (does not cover cut edges)• HD Galvanized – No warranty• Aluminum – Painted Corrosion Warranty• WeatherTight Warranty• TYPE #1 – SIDE LAP• TYPE #2 – STANDARD• TYPE #3 – NO DOLLAR LIMIT (NDL)• TYPE #4 – SINGLE SOURCE NDL
Total Warranty Approach• Single Ply and Metal Roof Warranty– Available through limited manufacturersOne ManufacturerOne Warranty:Total System Warranty• Single Ply• Metal Roof• Perimeter Edge System
TOTAL ROOF SYSTEMMaking an Educated Choice – Part 4
Total Engineered Roof System• The Metal Panel is one component of the totalengineered system;– Keys to the system:• Deck Attachment Method• Clips and Spacing (Perimeter/Corners and Field)• System Components– Trim and Flashings– Underlayments, Tapes, Penetration flashings etc.
Multiple Design Options• Like other products…– Metal Roof Profiles vary based on the application
Metal Roofing Profiles• Exposed Fastener Agricultural System Panels• Standing Seam Structural Panels• Snap Lock Architectural Panels• Hybrid or Modular Systems• Custom Products made for your project!
Other PanelsFlush Wall and Soffit Panel• 1” Depth• Can be installed overplywood or open framing• 12” Panel Width• Optional PerforationBermuda Horizon Panel• 1” or 1.5” Panel• Plywood• 12” Panel Width
Metal Tiles & Shingles• The shapes areinfinite, combining roll formingand stamping techniques manyprofiles exist. Labor costs have tobe considered, and gauges shouldbe checked to make sure codesare met.• Metal tiles can be engineered toattain higher wind loads thantheir clay counterparts.
Pitch Limitations / Panel Lengths• Most metal roofing systems are designed to be used on pitches of3/12 and greater.• If you have areas of your roof that are less than 3/12 either changethe pitch, specify a flat roof material, or specify a low slope metalroof system (may add labor costs).• If your project has long rafter runs requiring long metal roofingpanels spec a system with concealed fasteners that has allowancefor panel movements.• If your project has many short panel lengths and intricate detailsdon’t use a field seamed panel as installers will have to hand seammost of the job. Specify a snap-seam and consider aluminum.