HomeMy WebLinkAboutThru flow specification chartr""AL011/
PREMIUM DECKING SOLUTIONS
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ThruFlow Legacy Specification [hart
Colours Available Maple Light Grey Seafoam
Base Material
FRPP - Fibreglass Reinforced Polypropylene
Sixes - (LxWxN
inch
12x36x1.2
12x47.9x1.2
12x60x1.2
48x48.1x1.2
mm
30Sx914x30
30Sx1219x30
305x1524x30
1219xI22Ix30
Support Span
inch
18
16
15
16
mm
457
406
381
406
Weight
lbs
4.4
5.6
7.2
24.6
Kg
2.0
2.5
3.3
11.2
Load Capacity at 0.125" Mid Span Deflection
Ib;
328
427
571
364
N
1,459
1,899
2,540
1,619
Load Capacity - Peak Load
Ibr
1,387
1,594
1,974
1,452
N
6,170
7,090
8,781
6,459
Concentrated Static Load - Peak Load
lb,
715
683
964
881
ASTM E661
N
3,180
1 3,038
4,288
3,919
Coefficient of Friction
Static
0.78
TM D2394-83
Kinetic
0.76
Thermal Expansion3
1/°F
1.40 x 10'
STM 0696-03
1/°C
2.52 x 10'
Light Availabil ity°
Surface
%
43
18" Dock Height
%
61
60" Dock Height
%
84
U/V! Light Properties
U/V St
ilized by Additive
warranty
I
I Lifetime Limited Warran ' See website for full warranty
For full test reports please contact ThruFlow Inc
700 Gillard 5t., Wallaceburg, ON, NSA 413
1-888-478-3569 /sales@thruflow.com
1 UNB Wood Science and Technology Centre - Report# WSTC2014-044
2 Cambridge Material Testing Limited - Report# 356155-1-04
3 Cambridge Material Testing Limited - Report# 356155D-04
4 Cambridge Material Testing Limited - Report# 354661-04
Using 12 x 36 x 1.2
INSTALLATION
I1 4% important that the con- iguratign of the nippururq mamhrexs be deft -%W
16 msure itk�ndertr structural mm.Mrtry prier i insWrvl ThruFlow"
5petificatkm for ThruFlow' are available online at wwvwal* l .dent.
CODES and STANDARDS: Akws,yi co+rficirm co y4"r IQ -cal htlildir% cedes
and dhe requirements al all ,>.k.rhonties hi;nfil jurisdicv Dn
SAFETY: Prounc-6yv salstyequipment it always recommended, ag. g,yrwcar.
s11fely'boars.
FASTENERS, We recommend high qualrrir srrvws. tuck ii 910. pan head
stidnless suet wrew s to bikeacIvsioU.Se cif ThruFlow's' longevity- Pi-r=dcdling
Is hol negWted, a& Elite hallex are mottled Irk wltl•I s cdurlters,lnk fay fotrr
umvernbe•nce; screws shouW be deer through the panel and fa►tt cal into the
rtru tury of your structurtl ffuratr lkamsmbrr no, to over•t4khten the scrcwa
to allow for ompanimn or c—traction.
GA1RPING. IFINSTI UL–rloNgi 'fik ThruFlaw" I'nterlo€king ParKls
will next 4hnnk or swePl duo res 63nasl n moisture_ rhargr% in temperato-r
will e,auie 0& expanaJon,1rr-nsr3t1t1on. Therefar+e_ tspp" to .rsgrrredl
hath side-co-sidr lend to tike panel ends ro &Raw for tnermitt expans4ond
r,Qrtracnon. Ku10L Dif Thupr ThruFI ` lnttirkKkIng Patnals shotdd tie
allo,wled to gnaw a mimmum .ti 1016® on tiatV length 11112' earh end) and
1f33" In txa'l:W width, per side)I hAt eery 3a�F r i -,nce between
Irtlwrtl iattlsn Lemprrature ar4d Ow hotttit rrrn"racarc t};iccsed In told'
ttlmam regions, gapping due to €omtrution of plamic k*d occur during colder
mrtrperatures in the exert rawvrste pro"ruoni of those described abcme-
Ccall'Irlent rrf E.viioear Thermal expanaean data for the panels li ivai4wbilt1 at
w ww'rhra4% w-cwn on the sper_If1r3tl0nt p.e<Yt.
STEP I
Substrit4 ire to be canstr wck
with cross -members equally
spaced on 10' contres 13' planks,
16' centres (4' planks) and Ig"
cotree(Y planks),,
sTEr 2
PRODUCT DATA
a
Jf. P1p'J } .j ii
47
p r
lr � r { }i f d ♦ F' 4
r-
� s
Uy the flrit ThruFfrw" for
the, uiibltr"wry wad fo.sterti
uswg a Rte" .head screw. [don't
gmirtighten straew: :
Thr kovr i*IWI *pit I AMM"kioftbw> vwC 4r rhr,u6 — -rolI —11 1-6" [rnUML
%TZF- 7 !$T -EP
UsFnX the tnterW{king rfstem_
lay the next Thr'uFlewv" paten
and repeat the fastaning process_
To foksb tha'anl i..E oiea4m
the last for d g.11oso w sot g
tam. umg any rarOr MEd Isis
or elm -