| Parameter | Units | RPP 36 | RPP 48 | RPP60 | RPP 48 x 48 | PDFReport |
| Colors | Maple - Light Grey - Cream | | ||||
| Base Material | ||||||
| Size (inch) (LXxWxH) | inch-LxWxHmm-LxWxH | 12x36x1.2305x914x30 | 12x48x1.2305x1219x30 | 12x60x1.2305x1524x30 | 48x48x1.21220x1220x30 | |
| Support Span | inchmm | 18 | 16 | 15 | 16 | |
| Weight | lbfKg | 4.21.905 | 5.42.449 | 7.03.175 | 2410.866 | |
| Load Rating | psfkPa | 100 | 135 | 170 | 1 | |
| Load at L/180 | lbfkN | 2391.06 | 2891.29 | 3401.51 | 2 | |
| Load at RuptureASTM D6109 | lbfkN | 18798.4 | 21149.5 | 264911.8 | 3 | |
| Modulus of ruptureASTM D6109 | psiMPa | 783053.99 | 792054.61 | 919063.36 | 4 | |
| Modulus of ElasticityASTM D6109 | psiMPa | 437,0003,013 | 486,0003,351 | 426,0002937 | 5 | |
| Concentrated LoadASTM E661 | lbfkN | 1,5296.80 | 1,4476.44 | 1,8728.33 | 6 | |
| Uniformly Distributed LoadAustralian Standard AS/NZS 1170.1 | psfkPa | 1577.50 | 7 | |||
| Concentrated Point LoadAustralian Standard AS/NZS 1170.1 | lbfkN | 4732.10 | 8 | |||
| Creep RelaxationASTM D7032 | psf Load@24 hrskPa Load@24 hrs | 2009.692.7% | 2009.692.7% | 2009.692.7% | 9 | |
| Notched Izod ImpactASTM D256 Ambient 23°C (73°F) | ft-lb/inJ/m | 2.62140 | 10 | |||
| Notched Izod Impact ASTM D256 Cold 030° (-22°F) | ft-lb/inJ/m | 1.2366 | ||||
| Coefficient of Friction | Statickinetic | 0.780.76 | ||||
| Wet Pendulum Slip ResistanceAustralian Standard AS/NZS 4586:2004 | 46 - Classification W | |||||
| Wet Pendulum Slip ResistanceAS/NZS 4586:2004 | 80 0 Classification V | |||||
| Oil RampAS/NZS 4586:2004 | degrees angle | 17,1 degrees - Classification R10 | ||||
| Wet Barefoot RampAS/NZS 4586:2004 | degrees angle | 29 degrees - Classification C | ||||
| Coefficient of Linear Thermal ExpansionASTM D696 | 1.40x10-5 1°F2.52x10-5 1°C | |||||
| Light Penetration | Allows Light to Penetrate Walking Surface | |||||
| UV Light Properties | UV Stabilized by Additive | |||||
| Anti-Static Properties | Migrating Semi-Permanent AntiStatic Additive | |||||
| Residential Warranty | 12 Years | |||||
Home 
Thruflow™ Deck Panels ThruFlow Articles
Thruflow™ Deck Panels ThruFlow Articles
ThruFlow
ThruFlow™ Specifications
|
||
|
||
|
|
||
If you aren't already familiar with ThruFlow™ you may wonder why does the surface have holes ? There are many advantageous to holes:
ThruFlow™ decking is the modern long lasting green material for docks. All dock decking materials are not equal. ThruFlow decking has undergone many thousands of dollars of testing to ensure that it will have a long life in the Florida Sun, which destroys most materials in under 5 years, even pressure treated wood. So, you say, every manufacturer says their product is the best ! Sure, but how many go to an independent outside testing laboratory to
ThruFlow TM -- Marinas, Commercial Establishments and Homeowners often require ramps to transition from the land to floating docks to accomodate the tide. Depending on the steepness of the ramp there is a legitimate concern of slip and fall accidents. The defense against slipping is good surface friction. There are many environmental factors that influence a choice of the material for the deck of your ramp. We believe that ThruFlow™ is an excellent choice for ramp applications. Although inclines and ramps are the most challenging, once you experience the many benefits of the material you may want to use it for your fixed and floating dock and pier surface as well. Other articles on this site will focus in on other specific benefits of this highly engineered product.
Home Thruflow™ Deck Panels ThruFlow Articles
Thruflow™ Deck Panels ThruFlow Articles
Application
Events
Important Links
Latest News
| The contents and layout of this site are Copyright© of Advanced Waterfront Technologies, Inc., 2009, ThruFlow™, Harbor Technologies, LLC, Trionic Corp, Ensign and Will-Burt Contract Manufacturing Inc. or other respective owners All Rights Reserved |
