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DIVISION:_070000—THERMALANDMOISTUREPROTECTION XZO)%- 2306
SECTION: 07 IS 13—PEDESTRIAN TRAFFIC COATINGS $p -I YZ_ pW,,3sJl+a
REPORT HOLDER:
URETHANE POLYMERS INTERNATIONAL, INC.
EVALUATION SUBJECT:
DEXCELLENT 11 WALKING AND ROOF DECK SYSTEM
ICC . Icc ICC
2014 Recipient of prestigious. Western States Seismic Policy Council
(WSSPCJ Award in Excellence'
A Subsidiary of
ao oa a
ICC -ES EValuatton Reports are not to be cons ed re r1seYrtin aesthetics fr
P �, g tarry other attributes not specifically
addressee{ nor are -they to be construed as an endorse_rae»'t of?ke bbtec? offhe r`ep&t or a recommendation for its use.
There is no warranty by ICC. Evaluation Service Lf C, express or amplie as to arty finding or other matter in this
report, or as to arty product covered by the report. 'e ec+oass
rgavci
1100P t1100D qn Boay
00 00< o n 0
Copyright ® 2018 ICC Evaluation Service, LLF:. All Ei�h(s (esbtvedl„
waivazion meport ESR -2505
Reissued September 2018
This report is subject to renewal September 2020.
tluww.icc-es om f (800) 423-6587 1 (562}699-0543 A Subsidiary of the Intemational Code Cpuncile
DIVISION: 07 00 00—THERMAL AND MOISTURE
PROTECTION
Section: 07 18 13—Pedestrian Traffic. Coatings
REPORT HOLDER:
URETHANE: POLYMERS INTERNATIONAL, INC
EVALUATION SUBJECT:
DEXCELLENT It WALKING AND ROOF DECK SYSTEM
ADDITIONAL LISTEES:
EXCELLENT COATINGS INTERNATIONAL, a division
of Urethane Polymers International, Inc.
SYSTEM NAME: EXCEL -COAT
TUFFLEX POLYMERS, a division of Urethane Polymers
International, Inc.
SYSTEM NAME: TUFFLEX II
1.0 EVALUATION SCOPE
Compliance with the following codes:
■ 2012 and 2009 International Building Code® (IBC)
11 2012 and 2009 Intemational ResidentiatCodee (IRC)
Properties -evaluated:
IN Durability
■ Fire resistance
■ Fire classification
s Wind resistance
2.0 USES
The Dexcellent II system is used as a walking deck and
classified Class A roof covering system when installed over
Plywood substrates in accordance with Section 4.5. The
Dexcellent li system is also used as at one-hour fire -
resistance -rated assembly, when installed in accordance
with Section 4,6,
3.0 DESCRIPTION
3.1 General:
The Dexcellent II system consists. of sub base, base,
texture and sealer coats. The minimum overall dry
thickness of the system, excluding the metal lath, must be
0.30 inch (7.62 mm) when installation is over plywood
substrates. See Table 1 for a correlation a, prcd ct namos
I o `
C o
io
between the products of the report holder and those of the
additional listee.
The Dexcellent, It system materials have a. shelf. life of
one year when the materials are stored in unopened
containers elevated off the ground, kept dr -y, kept out of
direct sunlight, and stored at temperatures maintained
between 55'F and 90`F (12.8'C and 32.2°C}
3,2 Materials:
3.2,1 Metal Lath: The metal lath must be a minimum
2.5 -pound -per -square -yard (1.46 kg/m2), hot -dipped
galvanized metal lath, with openings'/4 inch wide (6A mm)
C847.
by /s inch high (3.2 mm). The lath must comply with ASTM
3.2.2 Staples: The staples must be No. 16, 1 -inch -crown
(25.4 mm), 5i8 -inch -long (15,9 mm), corrosion- resistant
staples complying with ASTM F1667.
3.2.3 Dexcelcrete Liquid Polymer: The Dexcelcrete
Liquid Polymer is a single -component, acrylic polymer
additive for use with Dexcelcrete Powder.
3.2.4 Dexcelcrete Powder: The Dexcelcrete Powder is a
cementitious powder available in 50 -pound (22.7 kg) bags.
3.2.5 Woven- Fiberglass Sheet: The woven fiberglass
sheet must be 0,03 inch (0.76 mm) thick and weigh
5.2pounds per 100 squamfeet (0.25 kg/m?),
3.2.6 Dexcellent li Basecoat Resin: Dexcellent II
Basecoat Resin is a water-based, single -component acrylic
polymer.
3.27 Dexcellent 11 Texture Powder and Liquids
Polymer: Dexcellent If Texture Powder and Liquid
Polymer is a single -component, acrylic texture material.
3.2.8 Dexcellent II Final Coat: Dexcellent 11 Final Coat is
an acrylic polymer, single -component, color top sealer
coat.
3.3 Plywood Substrates;
Plywood substrates must have a minimum thickness of
5/s inch (15.9 mm) and must be exterior -grade plywood
complying with U.S. DOC PS -1 or PS -2.
4.0 INSTALLATION
4.1 General:
The Dexcellent If system materials must be installed by
applicators trained and approved by Urethane Polymers
International, Inc. The report holder's or the additional
listee's published installation instructions must be available
-at the jobsiteFduring installation. The Dexcellent 0 system
0 0 0 0 0
ego
!L'C.R86 1uotron Reports are nor ro be construed ¢f representing aesthetics 11 other alh)bmes naY specRca(ly addressed nor are They to be construed
as on endorsemex( ofthe sublecr oflhe report or a recwnmendahonjor sM ase. There sa no womanly by ICL'RYalualion Service, LLC, express or Implied as
(a org�hrd(ng oY other Mater m 1%us raper! or as (o prry prpduct f6;erfdby the ONE
1
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Copyright o 20181CC Evaluation Serwca, LLC. All rights—
o yco coo Page i of
co Hca c c cc co occ
ESR -2605- I Most Widely Accepted and Trusted Page 2 of 3
materials must be applied when the weather is dry and the
ambient temperature and surface temperature are between
55°F and 95'F (92,6°C and WC). Each component of the
Dexcellent II system must be allowed to fully dry before the
nextcamponentis applied
4.2 Preparation of Plywood Substrates:
At the time of material application, the plywood substrate
surface must be clean, dry and free of dust and any other
contamination. The Plywood substrate must be attached to
framing in accordance- with the requirements of the
applicable code. The plywood substrate must be sloped a
minimum of '14 unit vertical in 12 units horizontal
(2 percent slope) for drainage. Ali edges must be blocked.
All penetrations and terminations of the sheathing must
be protected with metal flashing in accordance with
the requirements of the appitcable code and the
manufacturer's published installation instructions.
The joints of plywood substrates must be filled with a
mixture of five parts- of Dexcelcrete Powder to, one part
Dexcelcrete Liquid Polymer (5:1 ratio by weight). The
resulting mixture is brush -applied until all the joints are
completely filled.
43 APPlicatiorroverPlywood-Substrates:
4.3.1 Metal,Lath: The metat lath must be installed over
plywood substrates with ends butted together. The metal
lath seams are staggered a minimum of 2 inches (51 mm)
from plywood joints. The metal lath ends are staggered a
minimum of t2 inches (305-mmyfrom any adjacent metal
lath ends and a minimum of 1 inch (25.4 mm) from any
deck edge or vertical -juncture. The attachment of -metal
lath to the plywoodsubstrate must be accomplished with a
minimum of 25 staples (see- Section 3.2.2) per square foot
(270 staples per square meter), uniformly distributed. The
attachment of the metal lath seams is accomplished with a
minimum number of 12 staples per linear foot (38 staples
per linear meter), equally spaced The attachment of metal
lath to plywood substrates must start at the center and
move outtovards: the -edges to_ prevent bulging. All staples
must be driven flush with the top of the metal lath.
4.3:2 Excel -Crete jSub Base). The sub base is a.mixture
of 7 gallon (3.6 L) of Dexcaicrete Liquid Polymer per
50 -pound (22.7 kg) bag_ of Dexcelcrete Powder. This
mature is trowel -applied over the .metal lath at a rate of
360 pounds (163 kg) per 100 square feet (9:3 m2): The
mixture must be allawed to dry for 24 hours to a minimum
dry thickness of '14 inch (6.4 mm).
4.3.3 Dexcellent 0- Basecoat Resin (Base Coat): The
woven fiberglass sheet is installed over the sub base with
ends hutted together. The Dexcellent Il Basecoat Resin is
brush- or roller -applied over the woven fiberglass sheet at
a rate of 1.7 gallons (6.44 L) per 100 square feet(929 m2).
The base coat must be allowed to dry for 24 hours to a
minimum dry tfddknessof 0.03 inch_(0.8mm).
43.4 Dexcellent II Texture Powder and Liquid
Polymer (Texture Coat), The Dexcellent II Texture
Powder and Liquid Patymer is brush- or roller -applied, as
the texture coat at a rate of 1:4 gallons (5.3 L) per
100 square feet (9.29 m2): The texture coat must be
allowed to dry for four hours to a minimum dry thickness of
0.015 inch (0A mm). 1 � ° o
43.6 Dexcellent II Final Coat (Sealav Coat): „The, °
Dexcellent it Einal Coat must be applied sat o Erats of
0.5 gallon (1.89 L) per 100 square feet (9.29 m2). After
final drying of approximately 24 hours, SFe overall minimum
coating thickness for the base coat, texture coat and seal. .
mat must be 0.05 inch (1.27 mm) over the woven
fiberglass -sheet.
4.4 Method of Repair_
..Any loose ordamaged material must be removed and
replaced following. the installation procedures outlined in
Sections 4.1 through- 4.3 of this report When substrate_
damage occurs, the fire -resistance roof classification,and
strength properties ofther Dexcelent IFsystem, must be
investigated.
44 Roof Covering Fire Classification:
When installed- in. accordance wilhthis report at a slope of
12 inch per foot (4 percent slope), the Dexcelent Il system
has a Class A roof classification.
4.6 One-hour Fire.resistance-rated-Construction:
i
The Dexcelent 0 system installed in accordance with
this report over 5/,inch-thick (15.9 mm) exterior -grade
plywood, with minimum 2 -by -10 solid sawn lumber joists
spaced at 16 inches (406 mm) on center and a single layer
of '/2 -inch -thick (127 mm), Type X gypsum wallboard
attached to the underside of the wood joists, and with all ;
substrate joints blocked, may be substituted for the double
wood floor denoted as Assembly 13 in IBC Table 7241 (3).
When installation is over 24by.8. joists, the design
bending stress assigned to the joists must be limited to -
78 Percent ofthe code -prescribed -design values..
4.7 WAndResistance-
When the Dexcelent If system is installed over plywood
substrates in accordance with this report Installation is
limited to buildings with a maximum height of 40 feet
(12.2 m) .above grade, in Exposure B areas with a -
maximum ultimate design wind speed of 130 mph
(209 kph) under the .2012_IBC and a maximum 3seccnd- f
gust basic wind speed of 100 miles per hour (161 kmlh)
under the .2012 IRC and the 2009 IBC and IRC.
5-.0 CONDITIONSOFUSIF
The Dexcelent II system described in this report complies
with, or is a suitable alternative to what is specified in,
those codes listed in Section 1:.0 of this report, subject to
the following conditions:
5.1 Installation must.. comply with 'this report, the
manufacturer's published installation instructions and
the applicable code. If there is a conflict between the
report holder's or the additional listee's published
installation instructions and this report, this report
governs -
5.2 The Dexcelcrete Liquid Polymer, Dexcelcrete Powder,
Dexcellent If Basecoat Resin, Dexcellent If Texture
Powder and Liquid Polymer and Dexcellent II Final
Coat are manufactured in Fontana, California, under a
quality -control program with inspections by ICC -ES.
.F.9 EYIRE.NC6 SUBMITTER
<.`Data ineag6n anoe with the ICG -ES Acceptance Criteria
° o fbr W411,dog Ylwbks (AC39), dated October 2013.
ESR -250&.I Most :lidely AeceptedLard Trusted - Page 3 of 3
7.0 IDENTIFICATION
7.1 .Each container bears the name and address of the
report holder or the additional listee (Urethane
Polymers international; Inc.; Excellent Coatings
International, a division of Urethane Polymers
International, Inc.; or TufBex Polymers, a division of
Urethane Polymers International, Inc.) and the
applicable product name as shown in Table 1, a batch
number keyed to the date of manufacture, the shelf
life,.andtbe evaluation repo. number (ESR -2505)-
7.2 The report holder's contact information is the
following:
URETHANEPOLYMERS--INTERNATIONAL, INC..
10880 POPLAR AVENUE
FONTANA,CALIFORNfA_9=7
(909) 357-7200
www.urethaneoolvmers.com
7.3 The Additional Listees' contact information is the
following:
EXCELLENT COATINGS INTERNATIONAL, a
division of Urethane Polymers International, Inc.
10880 POPLAR AVENUE
FONTANA, CALIFORNIA 92337
(909)823-8800.
www.excellentcoatinas com
TUFFLEX- POLYMERS, a division of Urethane
Polymers International, Inc.
10880 POPLARAVENUE
FONTANA, CALIFORNIA 92337
(809)349-201&
www.tufflexooivmera com
TABLE 1=CORRELATION OF PRODUCT NAMES
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URETHANE POLYMERS
EXCELLENT COATINGS
APPLICATION
INTERNATIONAL, INC,
- INTERNATIONAL, a division
TUFFLEX POLYMERS, a division of
of Urethane Polymers
Urethane Polymers International, Inc.
_
International, Inc.
System
_ Dexcellent 11
Excel -Coat
- Tufilex It
Sub base-
Dexcelcrete Liquid Polymer
Excel -Coat Clear Additive
Tufferete II Liquid Polymer
Dexcelcrete Powder
Excel -Crete Powder
Tuffcrete Powder -
Base coat
Dexcellent 11 Basemat Resin
Excel -Coat #1
TUfgex 11 Basecoat. Resin
Texture mat
Dexcellent II Texture Powder
and Liquid Poll
q Polymer
- - -- ----
Excel -Coal #200
- -- --
Tufaex II Texture Powder and liquid Polymer
Sealer coal. . Dexcellent II Final Coat
Excel -Coat #3D0
Tufflex II Final Coat
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oc cc<. c. o cco
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