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Achieving Sustainable Design With Polycarbonate Standing Seam Products
AmeriLux International
www.lexapanel.com 1212 Enterprise Dr DePere, WI 54115
(888) 602-4441 f:(920) 336-9301
Provider Number: K408
Course Number: AME104
Learning Units: 1.00
Standing Seam Multiwall Polycarbonate Systems
This program is registered with AIA/CES for continuing professional registration. As such, it does not include content that may be deemed or construed to be an approval or endorsement by the AIA of any material or construction or any method or manner of handling, using, distributing or dealing in any material or product. Questions related to specific materials, methods and services should be directed to the program instructor.
Standing Seam Multiwall Polycarbonate Systems
Learning Objectives
• Why polycarbonate is an excellent product for energy efficient, daylighting, and environmentally safe applications
• What is “Standing Seam” and when should it be used in sustainable design
• What are the different options in the market for this type of building product
• How to earn maximum LEED points with polycarbonate building materials
• Where can I get technical support
Standing Seam Multiwall Polycarbonate Systems
What is Polycarbonate Sheet?
• Polycarbonate is a thermoplastic polymer• Very strong, 200 times stronger than glass• Extruded in sheets or thermoformed• Variety of co-extrusions and additives.
Standing Seam Multiwall Polycarbonate Systems
Why Polycarbonate Sheet?
Impact resistant virtually unbreakable, storm/hail resistant
Clear allow up to 80% Light Transmission
Temperature of performance -40°F to 240°F
UV protected 10 or 15 years limited written warranty
Recyclable Potentially 100% recyclable / contributes to LEED
Fire Resistant ASTM D-635 CC1 and ASTM E-84 Class A
5 ©2011
Standing Seam Multiwall Polycarbonate Systems6
High Insulation R=2 to R=11 based on different thicknesses
Light Weight Only 20% of glass weight
Cold Bending Radiuses vary per thickness
Easy Installation Saving installation time and cost
Can be filled with Nanogel® To improve insulation
Aesthetics Available in variety of colors and shapes for your designs
Sound Reduction Can be a great choice for office dividers
©2011
Why Polycarbonate Sheet?
Standing Seam Multiwall Polycarbonate Systems
Product Structure R-Value LT (%) 10mm Twin
Wall 1.89 81
16mm Triple Wall 2.50 74
16mm Three X Wall 2.78 67
25mm Triple Wall 2.94 72
25mm Five X Wall 3.85 57
50mm Thermoclick 5.68 47
Why Polycarbonate Sheet?
Standing Seam Multiwall Polycarbonate Systems 8 8
Sheet is offered with a 10 and 15 year limited warranty
©2011
Why Polycarbonate Sheet?
Standing Seam Multiwall Polycarbonate Systems
SS construction provides superior quality of diffused daylight, increased impact protection and wind uplift capability compared to traditional translucent systems
SS Designs reduce the use of gaskets and sealants, minimizing chances for leakage
SS is a type of seam between adjacent sheets, made by turning up the edges of two adjacent panels and then folding or interlocking them in a variety of ways
©2011
What are Standing Seam Systems
Standing Seam Multiwall Polycarbonate Systems
Available “Traditional” SS System
Standing Seam Multiwall Polycarbonate Systems
Installation
Standing Seam Multiwall Polycarbonate Systems12
Easy Installation saving installation time and costsaving installation time and cost
No Thermal Expansion Problems allowing to utilize very long panels allowing to utilize very long panels
No Need for Aluminum Connectors increasing the total light coming through increasing the total light coming through
High Snow/Wind Pressure Resistant can be used under harsh weathering conditions can be used under harsh weathering conditions
Aesthetics allowing the same look as metal standing-seam roofallowing the same look as metal standing
Air/Water Proof leak proof systemleak proof system
Easy Maintenance Easy panel replacement (if needed)
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Advantages of Standing Seam
Standing Seam Multiwall Polycarbonate Systems
New Concept Standing Seam System
• New technology allows production of Standing Seam with endless design possibilities
• In ultrasonic welding, high frequency low amplitude vibration uses friction to create heat between the materials to be joined
• The interface of the two parts is specially designed to concentrate the energy for the maximum weld strength
• Ultrasonic can be used on almost all plastic material
• It is the fastest heat sealing technology available
13 ©2011
Standing Seam Multiwall Polycarbonate Systems
Ultrasonic Welded SS System
Standing Seam Multiwall Polycarbonate Systems
Standing Seam Welding Process
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Standing Seam Multiwall Polycarbonate Systems16
Past Standing Seam options
Can YOU choose
• the thickness?
• the structure?
• the color?
• the width?
• the connection system?
No, you cannot.
©2011
Standing Seam Multiwall Polycarbonate Systems
Complete Benefits of Multiwall Polycarbonate
17
Excellent U values
Potential Applications Roofing Systems
& Lateral Walls
10-year limited
warranty only 2 Delta / 2%
loss of light transmission
Excellent Excellent Excellent U valuesU values
year year limited limited
warranty warranty only 2 Delta / 2%
15-year limited
warranty upon special
request
year year
warranty warranty warranty warranty upon special
UV Protection to maintain light transmission and
physical
properties
Very Good Light
transmission
Standing Seam Multiwall Polycarbonate Systems
CC1/Class Afire and smoke
rating
only 2 Delta / 2% only 2 Delta / 2% warranty warranty
only 2 Delta / 2%
CC1/Class ACC1/Class ACC1/Class ACC1/Class Afire and smoke
Variety of coatings
available
©2011
Standing Seam Multiwall Polycarbonate Systems
How does it work?
18
•YOU choose the thickness
•YOU choose the structure
•YOU choose the color
•YOU choose the width
•YOU choose the connection system
©2011
Standing Seam Multiwall Polycarbonate Systems
How does it work?
19
•YOU choose the thickness
•YOU choose the structure
•YOU choose the color
•YOU choose the width
•YOU choose the connection system
205X Structure
©2011
Standing Seam Multiwall Polycarbonate Systems
How does it work?
20
•YOU choose the thickness
•YOU choose the structure
•YOU choose the color
•YOU choose the width
•YOU choose the connection system
©2011
Standing Seam Multiwall Polycarbonate Systems21
From 12” to all the way to 82”
How does it work?
•YOU choose the thickness
•YOU choose the structure
•YOU choose the color
•YOU choose the width
•YOU choose the connection system
©2011
Standing Seam Multiwall Polycarbonate Systems22
Standing Seam Tongue & Grove Snap
How does it work?
•YOU choose the thickness
•YOU choose the structure
•YOU choose the color
•YOU choose the width
•YOU choose the connection system
©2011
Standing Seam Multiwall Polycarbonate Systems
Flexibility
23 ©2011
Unique shapes and connection systems
Standing Seam Multiwall Polycarbonate Systems
Customize Standing Seam System
24
Value PropositionThis unique technology & production set-up allows you to connect your choice of sheet with multiple connectors. Polycarbonate sheet used in this new system offers 10/15 years limited written warranty.All connection systems are tested for mechanical properties, weathering stabilizing and water & air penetration.
Custom widthWe will cut the sheets according to your needs. Material with your choice of width and length, will be shipped to you within a few business days.
Custom connectorsIf you request a specific connector design, it can be created within less than 3 months! And it will be YOURS!
QuantitiesProduct can be ordered from manufacturer. NO MINIMUM ORDER needed
Cost effective
Potential LEED PointsAll products and processes are potential generators of LEED points.
©2011
Standing Seam Multiwall Polycarbonate Systems 25
Thickness: 8mm 10mm 16mm 20mm 25mm 40mm
Color: Clear Opal Bronze Blue Green Other
Structure: Rectangular X Wall
Panel Selection
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Standing Seam Multiwall Polycarbonate Systems 26
Width: 12” to 82”: Length: Up to 39’:
Connection and Size
Batten: Square Round
Standing Seam Multiwall Polycarbonate Systems
Finished Panels
Standing Seam Multiwall Polycarbonate Systems28
Sustainable Design and LEED Points
LEED is an internationally recognized green building certification system, providing third-party verification that a building or community was designed and built using strategies aimed at improving performance across all the metrics that matter most: energy savings, water efficiency, CO2 emissions reduction, improved indoor environmental quality, and stewardship of resources and sensitivity to their impacts.
• Polycarbonate sheets are 100% recyclable
• Polycarbonate sheets using up to 20% of its own production
• Light weight help reduce fuel expenses when shipping material
• ISO 14,000 stand for “environment friendly production”
©2011
Standing Seam Multiwall Polycarbonate Systems 29
The LEED program is the most popular standard for green building and its silver, gold and platinum certifications are highly prized. Incorporating sheet glazing, roofing and cladding solutions into the design may help builders win LEED credits (points counting toward certification) in several categories: Sustainable Sites: Credit 8 – Light Pollution Reduction (1 point): Sheets offer light-diffusing characteristics that prevent direct-beam illumination from leaving the building interior. Also, opaque sheet and multiwall sheet can block up to 100 percent of light pollution.
©2011
Sustainable Design and LEED Points
Standing Seam Multiwall Polycarbonate Systems
Materials & Resources: Credits 4.1 and 4.2 – Recycled Content (1 point each): Polycarbonate sheet may utilize different percentages of pre-consumer recycled content that can help builders to obtain these credits. Indoor Environmental Quality: Credit 6.2 – Controllability of Systems (1 point): Solar Control IR sheet (monolithic and multiwall versions) can help reduce interior heat build-up by 25 percent, while increasing light transmission by as much as 60 percent compared to other glazing products. Credits 8.1 and 8.2 – Daylight & Views (1 point each): Polycarbonate sheet for walls, curtain walls and window replacement systems can easily integrate fixed and operable windows glazed with PC sheet for connection to the outdoors.
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Sustainable Design and LEED Points
Standing Seam Multiwall Polycarbonate Systems
Simulations and Actual Testing Results
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Verification
Standing Seam Multiwall Polycarbonate Systems
Wind Load Test Set-up 6’ panel length - Purlin at 3’ Shown 6’ with no Purlin also tested
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Verification
Standing Seam Multiwall Polycarbonate Systems
Deflection vs Load
0
0.5
1
1.5
2
2.5
3
3.5
4
4.5
0.00 0.50 1.00 1.50 2.00 2.50 3.00
Load (inches of Hg)
Def
lect
ion
(in
ches
)
Standing Seam 6' span 8-10
200 mph Wind Load
Batten Pops off due to Deflection264 mph
Deflection vs. Load
©2011
Standing Seam Multiwall Polycarbonate Systems
Deflection vs Load3' Span with T-Bracket
0
0.2
0.4
0.6
0.8
1
1.2
0.00 0.50 1.00 1.50 2.00 2.50
Load (inches of Hg)
Def
lect
ion
(inch
es)
Standing Seam 8-23 3' T-bracket Center Bolt
Standing Seam 8-18 3' T-bracket Flush Mount
Standing Seam 8-17 3' T-bracket Hanging 3/4"
Standing Seam 8-27 3' T-bracket Steel Spacer
200 mph Wind Load
205 mph 215 mph
248 mph
Deflection vs. Load
©2011
Standing Seam Multiwall Polycarbonate Systems
Performance Capabilities
Panel U-Value R-Value SHGC VLT 20mm X wall Opal .34 2.94 .45 41
NFRC test reports available.
Title Result Test Air Infiltration < 0.01 cfm/ft2 ASTM E283
Water Penetration Resistance Pass,15 psf ASTM E 331
Design Pressure 90 psf ASTM E 330-02
Uniform Load Structural Test Pressure 135 psf ASTM E 330-02
Standing Seam Multiwall Polycarbonate Systems
Reason for Expansion Gap
Avoiding Thermal Expansion problems
Expansion Gap
Standing Seam Multiwall Polycarbonate Systems
Applications
Pavilion, Pittsfield MA: 3’ wide opal panels
Standing Seam Multiwall Polycarbonate Systems
Applications
Application Photos and Conclusion
Thank You for Attending!
Toll-free: 888-602-4441 Fax: (920) 336-9301
www.lexapanel.com ©2011
This concludes our presentation. We will be happy to answer any questions regarding this
presentation, specific project, or product.
To get your AIA/CEU credit e-mail your contact info and AIA Membership
number to [email protected]