HomeMy WebLinkAbout1995-deck permit info-no permit on file MURPHY BROS.
Building & Remodeling Co. 6) o
NEW B GHTON, MN 55112
PRODUCT SPECIEastman Drive
HCAMOMS (612) 780-3262 ttvbed:07145
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.'i'D07:38 04Fh I� DEC [<-ING PAGE 01
DEC K — ING
M.XF n.A l.:W,r
i1i in
Vinyl Sandeck and Roofdeek C:oumn9
1160 Yew Avenue, Suite 84, Blaine, WA 98231 0 Telephone: (604) 530-0050 • Fax: ('604) 530.4466
DATE Nevem}
FAX_ 612-473-0')10
F'IRMs r _City of Oronote, MN
FROMt Dave T. $Mit_h _
NUMBER OF PAGES INCLUDING LOVER SHEET: 16
MESSAGE:
RE: Murphy Bras . Remodeiing
Attached , _.ple,ase find copies of testing criteria/standards and
that are under considexa..tzQn b9 I.._C .B .0' fo-r
acceptance-
These tes.te_ .ha_ve -m@t_ and -Or excee.ded._ requirements as set Out by
-A . S .`1' .M. —
Regards ,
11/15/1995 07:38 6045304466 DEG_K-_ING PAGE 02
ARD DP CANADA +�AMCIGSB.37.S4-95
NATIONAL STAND Sap 37-OP-54M
Janomy 1979
POLYVINYL HORIDE ROOFING AND
WATERPROOFING MEMBRANE
Prepared by the Approved by the
Canadian General Standards Board C
Standards Council of Canada
Published May 1995 by the
Canadian General Standards Board
Ottawa, Canada K1A 1G6
CKnizw of Supoy and SuNic"00"A
rto a•t a di.pnbb*mdm awry be V�in may term wIl oar dw prior Mmdm"Of dw pm'is W,
11115, 1995 07:38 6045304466 DEC_K_ING PAGE 03
The CANADIAN GENERAL. STANDARDS BOARD WOW, 'The STANDARDS COUNCIL OF CANADA is the 00-Ordipating
under whose auspices this standard has been developed is a body of the National Standards System, a federation of
government agency within the Federal Department of Supply and independent, autonomous organizations working towanb the
Services. CGS$ is engaged in the production of voluntary further development and improvement of voluntary
standards in a wide range of subject arca through the media of stwWatdization in the national interval.
standards committees and the consensus process. The standards
rxrrm
lo
Committees are composed of representatives of relevant interests vprincipal objectives of the Council are[o foster and p
including producers, consumers and rather users, retailers, voluntary standardisation as a means of advancing the n tional
goverritnent5. educational institutions, technical, professional and economy,and
protec the health,safety and welfare of the lftt and
trade societies,and research and testing organizations.Any given interring and protecting the consumer, facilitating domestic and
field of standards.rational trade,and furthering[ntesaatiorial co-operatian,,in the
standard is developed on the consensus of views expressed by
such representatives. The Minister's Advisory Council on CCSB fit3�
reviews the results of the consensus process. A National Standard of Canada is a standard which has been
Approved by the Standards Council of Canada and One which
CGSB has been accredited by the Standards Council of Canada as mflom a reasonable agmentent aurora`the views of a numba of
a national standards-writing organization. Thr standards that it capable Individuals whose collective interests provide, to the
develops and offers as National Standards of Canada conform to greatest practicable extent, a balance of representation of
the criteria and procedures established for this purpose by the prodacm, users,consumers and others with relevant intezepts, as
Standards Council of Canada.In addition to standards it publishes may be appropriate to the subject in hand. It normal) is a
as national standards,CCSB produces standards to erect particular standard that is capable of making it significant and limoly
needs,In response to requests from a variety of sources in bath the contribution to the national interest.
public and private sectors. Both CCSB standards and national Approval of a standard as a National Standard of Canada indicafes
standards developed by CGSB are developed in conformance with that a standard conforms to the criteria and procedures este fished
the policies described in the Policy Manual for the Development by the Standards Council of Canada_ Approval dots not refer to
and Maintenance of Standards by CCSB. the technical content of the statidatd: this remains the continuing
responsibility of the accredited snadarda-writing orgaeizatlon-
CGSB standards are subject to review and revision at any tithe,so Those who have a treed to apply standards we encouraged use
as to ensure that they keep abreast of technological progress. National Standards of Canada whenever practicable.
Suggestions for their improvement, which are always welcome. standards are subject to periodic review; therefore, u ane
should be brought to the notice of the standards committees cautioned to obtain the latest edition from the organi tion
concerned. Changes to standards arc issued either as separate preparing the standard
amendment sheets or in new editions of standards.
The responsibility for approving National Standards of Canada
mate with the.
An up-to-date listing of CGSB standards. Including details on
latest issues and amendments, and orderlOg Instructions, wiU be Standards Conseil of Canada
found in the COSB Cataloguc which is published annually and is 45 O'Connor Street
available without chagc,upon request. Suite 1200
Ottawa.Ontario
KIP 6N7
Although the intended primary application of this swidard is
stated in its Scope, it is important to note that it remains the
responsibility of the users of the standard to judge Its suitability
for their particular purpose.
Many teats required by CCSB standards tut inherently hazardous. p��
CGSB neither assumes not accepts any responsibility for any How to order 0304 PubUcadons:
injury or damage that may occur during or as the result of testa,
wherever performed.
by Telephone — (613) 941-8703 or
COSH takes no position respecting the validity of any patent — 1-800-6bS-CCSB
rights asserted with any item connected with this standard. Users (Canada may)
of this standard are expressly advised that determination Of the
validity of any such patent rights acv entirely their own by Fax — (613) 941-8705
responsibility. by Mail — COSB Sales Centre
Ottawa, Cana"
Further information on CGSB and its ser%iccs and standards may K 1 A 106
he obtained fiom:
in Person — Suitt 1402
The Manager 222 Queen Street
Marketing and Sales Services Ottawa. Ontario
Canadian General Standards Board
11/15!1995 67:38 6045304466 DEC_k:_ING PAGE 04
CANADIAN GFNLRAI, STANDARM BOA"
COMMITTEE ON THERMOPLASTIC MEMBRANE FOR ROOFING ANI
WATERPROOFING
(Membership at date of approval)
Mar$eeon, !, tcrlrperson Department of Industry. Science and Technology
Booth, RJ. Hansed Booth Building Science and Technology
Gadie". S. Mulco Inc.
Chewy, S. Department of Public works
may,T. Duro-Last, Inc.
that, O. National Rawarch Council of Canada
Fifteaa, C. Claude F SOW Architecte
Pufford, G• L WUW Canada I.M.
Hurb. R. Depen mt of Public Worim
Houle. R.F. DEC-R-ING
Jaden, F. Frospex Roofing Products Inc,
Knox, J. Department of National Defence
Leitch, G. Spar Meehan RooftS Supper
Le=S, A. ORTECH
Luasior, F. Canadian Geaft-W Tower Led
McLaren, L Department of Municipal Affairs, Albeeta
Nabhan. F. National Research Council of Catads
Nishio, Cl, Warnock Hersey Professional Services IA&
Ogilvie,R.R. Bosuroo Duradek(Canada) I.M.
Row, M. Trocal Roofing Systems
Sit urd. F. Stedfast Inc.
Smith, WJ. Ministry of Municipal Affairs, British Columbia
Tay, C. Supreme mnghmAng Inc.
Zielonka, C. Sarnifil Canada Ltd.
Craig. W. Secretary Canadian General Standards Boatel
Ackw*-1tdeeent is n a&for rhe mmladion of this Nadmd Skyward of Canada by the 7r mkNiow Bum=of Ow Dowwww of
s'errewry of Slane.
11/115/1999 5 v17:3^ Pln4p.W44RR 11FC_K_TNG PAGF 05
CAN/CGS11-37,44-9S
Supersedes 37-OP-54M
January 1979
CANADIAN GENERAL S'T'ANDARDS BOARD
POLYVINYL, CHLORIDE ROOFING AND WATERPROOFING MEMBRANE
1. SCOPE
1.1 This standard applies to flexible, polyvinyl chloride (PVC) membranes for use In roofing and waterproofing.
1.2 This standard also provides a basis for evaluating PVC membranes used on decking subject to pedestrian traffic,
although additional criteria such as skid resistance, abrasion msistance and resistance to puncture from sustained
loads may be important.These sdditianal criteria have not been sufficiently studied by the committee for inclusion
in the standard.
1.3 For more detailed Informadoo on intended uses, see par. 8.2.
1.4 "The testing and evaluation of a product against this standard array require the use of materials and/or equipment that
could be baw*w.This document does not purport to Mires-all the safety aspects associated with its use.Anyone
using this standard has the responsibility to cowult the appropriate authorities and to eatablish appropriate health
and safety practices its cogfuaction withany existing applicable regulatory requirements prior to its use.
2. APPLICABLE PUBLICATIONS
2.1 The following publication are applicable to this standard:
2.1.1 American Society for Testing and Materials(ASTM)
D 570—Test Method. for Water Absorption of Plastics
D 619 --Method for Conditioning Plasties attd Electrical Insulating Materials for Testing
D 638 —Teat Method for Tensile Properties of Plastics
D 751 —Test ModKdg for Coated Fabrics
D 1790—Test Method for Brittleness Temperature of Plastic Film by Impact
D 2136—w Test Method for Coated fabrics —Low-Temperature Bend Test
D 2565 — Practice for Operating Xenon Arc-Type bight Exposure AppatytW With and Without Water for
Exposure of Plastics
E 96—Test Methods for Water Vapor Transmission of Materials
G 53 — Practice for Operating Light- and Water-Exposure Apparatus (Fluorescent W-Condensation Type) for
Exposum of Nonmetallic Mntxxials.
2.2 Reference to the above publications is to the latest issues, unless otherwise specified by the authority applying this
standard. The source of these publications is shown in the Notes sections.
11/15,+1995 07: 38 604530446E DECK--ING PAGE 06
3. C'LASSMC.ATIUN
3.1 The membrane shall be supplied in the following types and Gasses (Notes 1 and 2). as specified (pat. 83):
3 1.1 Types
Type l Nonreinforced — for flashing only
Type 2 —Containing embedded fibms
Type 3 — With a non-embedded fabric backing
Type 4 — Reinforced with an embedded fabric-
3.1 2
abric-3.12 Ckuser
Class A — Nonexposed roofing
Class B – Exposed roofing
Class C—Waterproofing
Claes D — Asphalt compatible,
For Classes A and C. if the membrane has been subjected to only 600 h of accelerated weathering (par.7.3.9).then
its class shall be designated as follows:
Class A --- Nonexposed roofing: Low TJV exposure
Class C — Waterproofing: Low VV exposure
4. GENERAL REQUIREMEN'T'S
4.1 The membrane shall be composed of PVC, suitable pls$dcizM. stabilisers, fillets, pigments and ultraviolet light
absorbers where required. The membrane shalt be resistant to mildew and bacterial attack.
4.2 The membrane shall be uniform in colour and appearance, free from gds, streaks, particles of foreign matter or
undispersed raw material,and free from defects such as pinholes, tears,cracks or blisters.The edges shall be of
nicks and cuts.
4.3 The membrane shall be capable of being seamed by a joining process, such as solvent welding, hot-air welding,
dielectric welding or ultrasonic welding.
4.4 The membrane shall be capable of being adhered with the manufacturer's #pproved adhesives wi out
discolouration or deterioration.
5. DETAILED REQUIREMENTS
5.1 When tested in accordance with Section 7, the PVC membrane shall comply with the requirements show in
Table 1.
Note 1; In Table 1, Types 3 and 4 have identicat requirements, and Classes A and 0 have tdenricai requirements. Vwiepanve
types and classes have been referenced to assist specifiers.
Nose 2:Type Z membranes cart have a fooic backing that is provided prOnahly to protea or cushion the membro w and lux to
provide reinjarcemen►. Type 3 membranes nomuWy do riot contain any embedded fibres. if there is uncerrainry about how to
11/15/1995 07: 38 6045304466 DEC-K_ ING PAGE 07
TABLE 1
Requirements for PVC membranes
(Unless otherwise specified, these are minimum requirements).
Property
Requirement.r._......_._.....
Type 1 Type 2 1 Type 3 Type 4
Overall thickness, mm
Coating thickness, mm- 0.4 0.4
Tensile strength, MPa �T 10.4 10.4
Breaking strength, kN/m . . . 35 35
Elongation at break, 96 250 2.50 154 15b
Lap joint strength, as % of tensile/breaking
strength
Initial, - 75-
After
75-After 7 d in boiling waters 70
Low temperature impact S out of 10 puss
Retention of properties after heat aging, as % of
originald
Tensilelbreaking strengtlt - 90 ---
131onga600 90---
Low temperature flexibility peas
Low temperature flexibility -- pas:
Resistance to accelerated weathering —no cracking, blistering or appreciable
Visual inspection Colour change—
Elongation, % of originalb 90
Low temperature impact 8 out of 10 pass
Low temperature flexibility pass—
Water vapour transmission, max. g/m2 in 24 h
Classes A and 113 4.0---
Class C — 1.0—
Effect
--- 1.0—
Effect of water absorption
Mass increase, max. % 3.0
Tensile breaking strpength, % of original 90
Elongation, % of originalb --90
Dimensional change, max. %
Without loading 2.0 0.5 0.5 0.5
With loading
Machine direction 0.5 0.5 0.5 0.5
Cross machine direction 0.2 0.2 0.2 0.2
Cone penetration. N 30- --
Asphalt compatibility
Class D only
Mass decrease, max. 5.0
Notes
a. With no single measurement less than 0.32 mm.
b. The PVC matrix Hurst not break before the reinforcement
c. No shearing of the lap,Joint shall occur.
d With no delamination.
11!15:11995 07:38 6045304466 DEC_k_ING PAGE 08
6. PREPARATION IErOR DELfYERY
6.1 PackesgW and 1P'aefdng — Tfre material shall be rallied on a suitable core and packed in standard commetvial
containers constructed so as to be acceptable by comma or other catriet (par. 8.0.
6.2 Labelling--The containers shall be suitably marked to show the following information, unless otherwise specified
(par. 8.1)'
Manufacturer's or distributor's name
Trades name of the product
Type and class
The phrase "Low UV exposure" (if applicable)
Recommended adhesives (if applicable)
Standard number. CAN/CGSB-37.54-95
Maas
Coverage.
7. INSPECTION
7.1 Sstapllttg-- If the lap-jointed specimens are to be made in the testing laboratory, a sample of sheet material of
sufficient size to determine conformance to this standard shall be selected at random from each lot or shipment f
fabricated material. if the lap jointed specimens are to be provided to the testing laboratory, a sample, iDeludinS a
seam, of approximately 2 m2 is required.
7.2 Cemdlifening — Unless otherwise specified (par.8.1). condition the tat specimens in accordance with ASTM
D619, Procedure A prior to testing. The temperature and relative humidity dealt be 23 f 2°C and 50:k5
respectively.
7.3 Testing
7.3.1 Overall Thickness—For Types 1 and 2 membranes, measure in accordance with ASTM D 638, and for Type 3
and 4 membranes measure in accordance with ASTM D 751. Exclude the thickness of any fabric backing (toe
backing may have to be removed to perform the thickness measurement).Peafam five determinations of the overall
thickness and report the average.
7.3.2 Coafing or Laminant Thkknsss(Typet 3 and 4 only)---Carefully centre A$harp,single edge razor blade over lira
fibre intersections along the x-x axis (a diagonal line joining fibre intersection points). Make a clean bias cut
completely through the shoot.Remove the cut section and mount with the cut surface facing upward(putty has beta
used satisfactorily for mounting specimus). Using a travelling microscope with A tna9111fica len of at least 6OX,
measure the minimum thickness of PVC between fibre and the weather surface of the nwnbrane,at the point where
the fibres intersect.Perform this measurement at five different fibro intersection points and average the results. Also
report if any of the five measurements is less than 6.32 nun, since this conatitutes nonconformance to
tic
requirement.
7.3.3 Tensile S&oxgth and Ekngatien(Types t and 2)—Measure in accordance with ASTM D 638 in both the machi
and cross machine directions.Use specimen type M-I and a crosshead speed of 500 mm/min.8xtend to failure,
TM
tensile strength is calculated by dividing the load at failure by the cross sectional area of the unstralned mem
Perform five tests in the machine direction and average the results, and perform five testa in the cross rawhinc
direction and average the results. Both sets of results must meet the requirements in Table 1.
7.3.4 Breaking StrengA and Elongation (Types 3 and 4)—Measure in accordance with ASTM D 751,Procedure A
Grab.Method, in both the machine and cross machine directions.Terminate the teat after the first break as noted on
the chart recorder(usually due:to break of the reinforcement). Observe the specimen to determine whether the
is restricted to the reinforcement or whather the PVC matrix has also broken. The breaking strength is calculated by
dividing the load at break by the width of the grip. Perform five tests in the machine direction and average On
results, and perforin five tests in the cross machine direction and average the results.Botts sett of results must meet
the rrsreuirementa in Table 1, and the PVC matrix must be intact after the rei.afomemesnt has broken.
11/15/1995 07: 32 6045304466 DEC__K_._ING PAGE 09
7.3 5 Lap Jotsu Strtno — Prespam lxp-jolwtfd camp;ea ging t#ta mitnufaciu�tir'a recommended lap width (up to a
maximum of 50 raids) and welding instructions. For Types 1 and 2 membranes, follow the stone ptoccdure as in
par.7.3.3. For Types 3 and 4 membranes follow the same procedure as in pat.7.3.4.Cut live specimens of the size
and geometry required to perform the appropriate tetlsileANVAIdttg stMUS&tests, with the lap seats At the Centre of
each specimen. Compare the average of the five measurements with the tensileftealdng strength of the membrana
as determined in par.7.3.3 and 7.3.4. If a side lap his been prepared, compm the lap joint strtetigth with the cr*"
machine direction tensile or bmaldng strength. If an end lap has been prepared,compare the lap joint strength with
the machine dirrction tensile or breaking strength. In addition, plate a lap-jointed specimen in boiling water for 7 d
and determine the strength of the scam as described above. Report the lap width that was tested.
7.3.6 Low Tenape^otwV Impart — Perform in accordance with ASTM D 1790, at a tempmature of -30:t 1°C for
Classes A, B and C membranes, and at -15:t 1°C for Class D membranes, except that specimens shall be
maintained at the test temperature for 90t 5 thin. The impact test shall be performed in the cold chamber.
7.3.7 X*d knee to Haat Aging—Cut a sample of sufficient sin to perform the tests described in par. 7.3.3. 7.3A and
7.3,8. Expose the sample for 60 d at 80 t 1°C in An air-circulating oven. After an 1$h recovery period at standard
conditions,measure the tensilw reeking strength,elongation and low tempetatum flexibility.Inspect the membranes
that leave been heat-aged for delamination.
7.3.8 Low Tse Ftsxfbllfty(Note 3)—Perform in accordance with ASTM D 2136 at-AO t 1°C for Classes A.B
and C,and at-15 t 1°C for Class D. Cut sire specimens,threw for the ituitW test and three for a possible retest For
membranes with a fabric backing, the backing shall be removed prior to pedwaiing the test.Use eitbet the beading
fixture desaibed in ASTM D 2136,or perform the teat H=ually using a mandrel equipped with a 3.2 mm diameter
steel rod. Position the specimens between glass plateau and then place the specimens, and bending fixture or
mandrel,in the low tempomture chamber for 4 h. After this time. and while 80 in the low temperature chamber,
bend each specimen through 180°.When using the bending fixture, if the membrane is so rigid at low tempetatm
that it camiot be betas, the test must be repeated using the manual method. If the manual method is used, perform
each bend in 1.0 to 1.5 S.
7.3.9 Ras demes to Avvek wed Watallasrfng-- Got samples its sufficient numbers to perform the following tests atter
weathering:
a. elongation as described in par.7.3.3 and 7.3.+4, except that only five specimens ctrl needed, since only the MW
machine direction shall be tested
b, low tempersture impact as described in par.7.3.6, except that the temperature shall be-W t 1`CC
c. low temperature flexibility as described in par.7.3.6, except that a 6.4 mm mandrel shall be used.
Perform accelerated weathering for 50DO h (Note 4) using either of the following two options (per. $.1). In case of
dispute the mferee method shall be option 2.
'On 1: Perform xenon arc exposure in accordance withASTM D 2963 using apparatus Type B. BH or E.
Appropriate filters shall be used to simulate the speCtW power distiibudon of natural daylight. For Type B or
BH apparatus, use borosilicate glass inner And outer. For Type E apparatus use three Suprax filters. The
exposure cycle ahtil be 102 minutes of light and 18 minutes of light and Waren'spray(using deloaized water)at
s black panel temperature of 63 f 3°C and a relative humidity of 30 15%. The spectral irradiance shall be
0.35 W/m1 at 340 nm.
O t_ p ion 2: Perform fluorescent UV/condensation exposure in occordance with ASTM 0 53 using
tTVA-340 bulbs.The exposure cycle shall be 8 h of light and 4 h of condensation,at a black panel temperature
of 63 t 3°C and a condensation temperature of 50 f 3°C.
Nett 3: The use of glass transition temperature (TI)as cHterion for spec(ftc4tton of PVC mernbmwz shows great promise for
furur+e incorporation into this documem.
Nott 4:Membranes that will not be exposed to sunlight do not need the same degree of UV stability,if they are property Installed
and maintained, A membrane without UV stabilizers is normally less expensive than a membrane with stabilizers.
Cowruerbalaaeing this, w,rers must be more vigilant in ensuring that a non-stabilated membrane is not inadvetiently exposed to
swnlighl for prolonged periods, e.g. because of shifting of insulation on protected roofing systems or delays in cowrveg a
waterproofing application. Considering the advantages and disadvantages, the duration for accelerated weathering can be
reduced to 6010 h for Crass A membranes and Class C membranes that will nor be ssposed to sunlight, only if►rwtarally agreed
between the supplier and user.
t
11/15/1995 07:32 6045304466 DEC_K._ING PAGE 10
After weathering, remove the specimens from the apparatus. Examine visually for signs of cracking, blistering for
appreciable colour change,and then carry out the tests for elongation, low temperature impact,and loan temperature
flexibility with the modifications as described earlier in this paragraph.
7.3.10 Water Vapour Transmission --- Perfort>s in accordance with ASTM E 96. Procedure A. for Classes A and B
membranes, and in accordance with ASTM B 96, Procedure 13W, for Class C membranes.
7.3.11 Water Absorption — Cary out the test as described for sheets in ASTM D 570, except the samples shall
immersed in water at 70 t 1°C for 7 d. Cut specimens of sufficient size and number to perforin the tests described in
ASTM D 570 and par.7.3.3 and 7.3.4. For membranes with a fabric backing, the backing shall be removed, prior to
immersion. on specimens for determining change in mass; the backing shall be left intact on specimens for
determining retention of strength and elongation. For Type 4 membranes, cut edges that expose the minforcernent
shall be sealed using a hot air gun operated at the manufacturer's recommended temperature, before immersing in
water. Weigh the specimen before and after immersion and calculate the gain in mass as a percent of the int "al
mass. Carry out tensile or breaking strength and elongation tests in accordance with par. 7.3.3 and 7.3.4. Comp7
the results with the tests carried out on material as received.
7.3.12 Dimensional Changs Afar Stress Relaxation (Without Loading) –•-Cut five strips of membrane 25 x 250 mm n
the machine direction and cut five strips in the cross machine direction, indicating this information on the strips.
Measure the lengths of these cut strips precisely using s travelling stage microscope. Place the strips horizontally on
a flat smooth surface in an air-circulating oven at 801 1°C for 6 h. Remove the strips from the oven and allowo
condition for 5 h. Measure the lengths of the strips precisely, using the travelling stage microscope and determine
the dimensional change (shrinkage or expansion) for both the machine and cross machine directions,
7.3.13 Dimensional Change After Stress Relaxation (Wilk Loading) — Cut a 300 x 300 mm specimen of membrane
which has the machine direction marked. Mark out a 250 x 250 stun square accurately in the centre of the aacnple
piece. Precisely measure both the machine and cross machine direction distant a in the 250 x 250 mm square using
a travelling stage microscope. place the sample sheet on a smooth flat sheet of 4.5 mm thick asbestos-cement bout.
Place a 250 x 250 mm sheet of 4.5 mm thick asbestos-cement board exactly over the square sheet of membrane.
Place a 250 x 250 x 50 rnm concrete patio slab exactly over the asbestos-cement boats. Place the weighted sample,
mounted as described aboveth, in an air-circulating oven at 80 t VC for 6 h. Remove from the oven and allow to
condition for 5 h. Remove the patio slab and asbestos board from the sample and treasure the change in dimcnsi n
of the sample membrane in both the machine and cross machine diredtions using a travelling stage microscope
7.3.14 Cone Penetration—Cut five 50 x 50 mm specimens of membrane. Fit a stainless steel 60°Gone penetration needle
onto the crosshead of a tensile testing machine.The tip of the cone shall be rounded having a radius of curvature
0.5 min. Use a 75 x 75 x 6 min section of aluminum as the base substrate.The aluminum plate shall be connected
electrically so that when the steel cone penetrates the specimen and touches the aluminum base plate, the machine s
turned off and the force required to puncture the specirden is recorded. Perform five tests at a croashead speed f
1.27 mrnlmin and report the average force required to puncture the membrane.
7.3.15 Asphalt eompadbility -- Cut three specimens, 75 mm x 75 mm x the membrane thickness. Condition overnight $t
standard conditions and then weigh each to the nearest 0.1 mg. lt=erse the specimens in n-hexane at 23 t 2°C i
separate, 500 mL, screw-capped jars. After 2 h, remove the specimens from the jars, blot dry with cheesecloth (
other lint-free,absorbent cloth)and place in a property vented,air circulating oven at 9012°C for 45 minutes. Aft r
this time, remove from the oven, condition at standard conditions overnight and then aweigh, Calculate
percentage weight loss for the three specimens to the nearest 0.1% and report the average (Nott 5).
8. NOTES
8.1 Options -- The following options must be specified in the application of this standard:
a. Type and class (par. 3.l)
b. Packaging and packing details, if other than specified (par.6.1)
c. Labelling requirements, if other than specified (par.6.2)
Note S.It is hot necessary to rake precautiow to avoid contact between exposed fibres and he.rarfe.Arry hecam nose is abs,
L.. !L_-. ..,:1r L. -1-4-4 4 A—ion d, --M drW
11/15,'1995 07:38 604534466 DEC_k:_ING PAGE 11
d Canditioning mpdrettrenta, if other than specified (Far.7.2)
e, Houn of aoeelaved weathering (par. 7.3.9).
8.2 4ntmded Uses—PVC membrane to this standard is intended for such Uses as:
Type 1 —For flashings and detail a®iy sad Is to be of the exposed type. It is a nonreinforced product whicb allows
for ease of applic&tian on the roof.
Type 2—Contains embedded fibres that add dimensional stability. For use in exposed and non-exposed roofing
systems. ran be lttlky adhered or loosely laid.
Type 3—With a nun-embedded fabric surface backing. For use in exposed and nontxposed roofing systems-
Type 4—Reinforced with embedded fabric. For use In mechanically fastened and fully adl>aed exposed roofing
systms-
Classes A and B -- Roofing mernbranea for both new construction and M-Mfing. These ate notaully applied
above grade,on flat or inclined surfaces, and are designed with positive drainage to move water off of the surface.
Class C — Waterproofing membrane for parking and recreation roof docks, bridges, railway Overpasses,
catchnwntg,tunnel linings and under top soil.T1use are nmaolly applied below grade or on vertical surfAM above
grade,sad are usually covered with another material,protecting thew from UV exposure.These m mbmDw may be
in contact with water for prolonged periods and may be subjected to hydrostatic pressure.
Clan b—Asphalt-compatible flashing membrane Is only for flashing and joining an asphalt surface with a PVC
membrane. It should not be used as the main membrane.
8.2.1 The intended uses are for general information only and do not supersede the manufm u es romainetndadoas and
limitadoas for these materials.
83 Sawee of Rdermmd PubHestions
8.31 The publications referred to in par.2.1.1 may be obtained from the American Society for Testing and Mstxials,
1916 Race Street, Philadelphia, PA 19103, U.S.A., or photocopies are available from the Canadian General
Standards Board,Sales Centre,O tawa,Granada K1A 106.Telephone(613)941-8703 or 1-800-665-COSB (Can-'s
only). Fax (613) 941-8705.
I
11/15/1995 07: 39 6045304466 DECK ING PAGE 12
National Reaearoh Conseil national
Council Canada de recherche* Canada
Institute for Institut do
Research In recherche erg
Construction oonstruction
CCMC 11563-R
EVALUATION DIVISION 075M
REPORT owed 87-07-20
CCMC Revised 93.0 -23
Re-evaluation due 92-07.22
Re-Evaluation
In process
Dec-K-Ing Roofseal
Coast Sundecks Waterproofing Ltd. 1. Purpose of Evaluation
Unit 119 The manufacturer sought confirmation that "Dec-
19292 - 60th Avenue K-Ing Roofseal"tan save as a roofing and
waterproofutg membrane with exposure to light
Surrey, British Columbia
V3S pedestrian traffic,for use on decks over
habitable or uninhabitable spaces,conforming to
the intent of the National Building Code of
Tel.: (604) 531-9020 Canada.
-Chis report is a reforms"of the contents of the
Plant: Canadian General Tower Canada Mortgage and Housing Corporation
Limited (CMHC) evaluation of 87-07-20.
52 Middleton Street 2. Opinion
Cambridge, Ontario Tests and calculations provided by the
manufacturer show that "Dec-K-Ing, Roofseal"
fulfills the conditions of performance required by
the National Building Code of Canada, 1985. If
the product is used in accordance with the
limitations and conditions stated in this report,
"l?ec-IC-Ing Roofaeal" complies with the intent
of:
• National Building Code of Canada, 1985,
I'm77*MPWf owwm no Section 9.27;and
Me Of
pwkmNRr,. N�i��o�pb.xr �br
.,w of*W PRx a system ds atod
imej I M mwxdsdtaed eridw used m*bs to
NL puDors d eua dent AWDd
-736-
11/1511995 07:38 6045304466 DEC_K_ING PAGE 13
• CGSB 37-GP-54M-1979, "Standard for: 3. Description
Roofing and Waterproofing Membrane, " .K-Ing Roofseal" is it polyvinyl chloride
Sheet-Applied, Flexible, Polyvinyl membrane with at glass-fibre reinforcing mesh.
Chloride". The membrane,approximately 1.50 to 1.53 mm
thick,is embossed to provide a textured surface.
Canada Mortgage and Housing Corporation The material comes in rolls 1371 mm wide and
permits the use of this product in construction 18,288 mm long. The surface is printed and coated
financed or insured under the Nationel Housing with an acrylic lacquer for weatherability.
Act. Figure 1 shows a typical application of the
membrane.
Vr�
Figure 1. Dec-1K-Ing Root"Al
4. Usage and Limitations 5. Performance
"Uec-K-Ittg Rooheal"may be used as a roofing or TwWV was conducted at an independent
waterproofing membrane,with exposure to light laboratory recognized by the Canadian
pedestrain traffic provided that: Construction Materials Centre. The results are
summarized in Tables I and 2.
• it is installed by licensed applicators in strict
conformance with the distributoes current
instructions and installation procedures,axtd
• all installations are fully adhered to the
substrate.
11/15!1995 07: 32 6045304466 UEC_K._ING PAGE 14
Table 1. Teat results for'Vec-K-Ing Roofsesl"Roofing and Waterproofing Membrane
Teat Requirement Result
Thickness(sun) 1.5 1.5
Tensile min.10.3 MD 13.0
Strength (MPs) XD 11.6
(as received)
Lap Joint
Strength (Mpa)
75%of breaking 9.2 9.8
strength
after 7 days in min.8.6, 12.3,
boiling water no delamination no delamination
Elongation min 250 MIS 50896
at Break (%) XD 464
Low-Temperature aux.2 failures out of 10 No cracks an
Impact for test at-300C any sample
Resistance After 24 h at 130°C, the MD 13A Mpa
to Beat-Aging tensile strength to be the XD 11.6 MPa
same as I'm received"
EIongation at break not to MD 478%
be reduced by more than 30% XD 422%
of elongation"as received"
Low-Temperature No cracking when bent over No cracking
Flexibility a mandrel,3.2 mm in diameter,
at -30°Cw
Resistance to After 60A-h exposure, the Passed
Accelerated membrane shall show no signs
Weathering of cracking,blistering,or
colour change
Elongation at break not to MD 260%
be reduced by more than 5% XD 263%
of"as received" sample
Membrane shall pass Iow• No cracks
temperature impact after
weathering
-738-
11/15/1995 07: 38 6045304466 DEC_K_.ING PAGE 15
Table Y. Tett resift for*Dec-K-Ing Roofteal"Roofing and Waterproofing Membrane(coned)
Test _ Requirement Result
Resistance to Membrane shall pass low- No cracks
Accelerated temperature flexibility
Weathering when bent over a
(cont'd) mandrel,6.4 mm in diameter,
at -30"C
Permeability (g/m2) Max, water vapour trans- 2.8
mission:4.0 in 24 h
Water Absorption Mase of water absorbed:<2% 1.3%
(after one week in
water at 50°C) Elongation at break : MD SW%
a 90% of elongation at XD 461%
break "as received"
Tensile strength: MD 13.0 MI's
not less than that XD 11.6M[Pa
of the material
"as received"
Dimensional
Change after
Street Relaxation
without Shall not show a change of 0.1%
loading more than 5%in any direction
loaded Shall not show a change in MD 0.1%
dimension of more than 0.5% XD 0.04%
In the MD and 0.2% in the XD
Cone Cone shall not penetrate with Penetration at
Penetration less than a 30-N force 135 N
Table 2. Results of Abrasion Test
Since,as a deck surface,this PVC membeane is exposed to pedestrian traffic,a Taber abrasion test with
H-19 wheels and a 1-kg surcharge for 5000 revolutions was also performed,
Sample Conditions Weight Loss (g) Depth of Wear (mm)
As received 0.31 0.19
After 600-h
Accelerated Weathering 0.32 0.20
-739-
11!15+1995 07: 38 6045304466 DEC_K_ING PAGE 16
The use of this product has been accepted by Noel: R.den str sdod to+�gi�r a lbnl by 1v1tC on
CMHC since 1987. tht ietayn tit and rue of rgwt. T7sw li,„eetloru ov
kimw in UK intra retior�to CGMCe Raittry 41 Pmdutt
EallwHw ut,of WM*ttdl n"w b 1m.
RMdov an r tww M"firm Hret ads ft""me"bet"
adthdMM or OLTW rtld by r Wer 4wu by 40* Ow
For additional information contact: C iia, ,Clift,) priA1W,�r
Cmafta*m,Nseiewt Amon*Goi ag of tie,MomosW Ruud,
OHaw,RYA DR6;Tete 0ww 1613)993410,lax(613)#52-MM.
Fadi Nabhan
(613)993-7702
Issued by the Institute for Rescareh in
Construction under the authority of the National
Research Council
John F.Bandt,P.En&
Munger,CCMC
-740-
tt 453CJ446t-
11/15/1995
11/15/1995 08:02 6045; 04466 DECK-ING WAGE 01
DEC K - ING
- 717!
Y
Vlnyf Sundeck and Rao/deck Cotwing
1160 Yew Avenue, Suite 84, Blaine, WA 98$31 • Telephone: (604) 530.0050 0 Fax: (604) 830-4466
DATE /S/0 V/ S _
FAX R/ a�31
'IRM.
NUMBER OF PAGES INCLUDING COATER SHEET:
MRSSAGE:
4 -p/ DIV i/rrU YL H&- -4 .
11/15/1995 06:03 5045304466 DEC-K-.TNG PAGE 02
ROOF DECK
SUNDECK
11 Mill , fill
GARAGE DECK
ij:
:..1 fl
VITItTTj 11
J11,
i
ALUMINUM RAILINGS ( PICKET OR GLASS)
1 ! 1 1 1
1
a
DURABLE
ATTRACTIVE
MAINTENANCE FREE
VINYLS ARE 100% WATERPROOF AND NON-SLIP
11/19/1995 02: 03 604530446E DEC_.K_ING PAGE 03
I "OUTDOOR
AaJLMrX DECKSEAL/
SUPREME
• Reinforced vinyl
• 40 mils .
ECIN • Width 72 yCM
22
• Length 25 yds/22.8 rn --•. , a.+
DEC•K•ING's Research and Development combined
with millions of square feet of field applications have RQUFSEAL{
produced products that are affordable and provide the
protection required for all types of deck applications. 0EC`K-1NG(+)
Available in 40 mils (residential) to our 60 mils • Reinforced vinyl
(commercial and roofdecks) and to Plushseal • 60 mils
(plush outdoor carpeting, 100% waterproof) • Width 72'%183 cm i
• Length 25 yds/22.8 m
Available In choice
of attractive calors:
• Landau Beige
• Gape Cod Grey
• Landau Grey
Pearl
• Taupe
PLUSHSEAL
• 16 mils vinyl
• Polypropylene
(plush carpet)
• Width 72"1183 cm
• Length 65V19.8 m
Colors:
• Cloudy Grey
• Teal
_--- Features:
• 100% waterproof
• Non-slip surface
• Reinforced vinyl
(greater strength -
superior seam)
_ Durable
LOCAL DEALER: • Attractive
• No maintenance
• Ultraviolet mildew
and salt resistant
• Installed only by
trained DEC-K-ING Teal
applicators
11/1511995 08:03 6045364466 DEG__K_ING PAGE 04
cow'"'.
fj�7_1 ff' ��
Vinyl Sundeck and Roo/deck Cohering
1160 Yew Avenue, Suite 84, Blaine, WA 98231 0 Telephone: (604) 530.0050 • Fax, (604) 530.4466
Dear Sir:
Thank you for your request for further information on DEC-K-ING. Vinyls
and adhesives are manufactured for DEC-K-ING under brand name. Most
of our customers are trades people already involved in construction. In
the ever-growing renovation sector, decks represent a good portion of that
market.
Vinyl products are available in 25 yd. rolls, (75 ft. long) x 6 feet wide.
Adhesives are sold in 5 gallon containers, and cover approximately 450 sq.
ft. Our products are warranted for the same length of time as the
contractors warrants their workmanship, to a maximum of 5 years. The
basic price of our deck membranes vary from $1 .45 sq. ft. to $1 .85 sq. ft.;
adhesives are approximately $0.25 sq. ft. Recommended installed price
to customers is $4.50-5.50 sq. ft, Aluminum railings vary in cost between
$16.00 and $18.50 lin. ft. excluding glass, and retail to customers at
$26.00 to $40.00 a lin. ft.
We market our products primarily through trade magazines and trade
shows. Referrals and leads can be forwarded to contractors who are
committed to using DEC-K-ING products in the area. An installation
guide, video and technical information is supplied to new customers.
Products are shipped from warehouses in the East and West regions.
Included is an information package for your review. if you have any
further questions, please call 800-804-6288.
Sincerely yours,
Roland P. Houle,
President.
11115/1995 08: 03 6045304466 DEC_K_ING PAGE 05
Lapj
Preparation of the surface is very important.The first step The surface must be smooth.This is accomplished by oppYrin The deck is then sanded,usually with a disk sander or
is to ensure the area is dry.If moisture is present,a tiger a special floor levelling compound mixed with latex to floor edger so that the area is as smooth as possible_
larch can be used to dry the surface. plywood iolnis,knot holes uneven spots.On other surfaces Particular attention should be given to plywood'joints.
such as concrete,surface must be grinded smooth or levelled
with a floor compound.Pained surfaces most be free of
floking paint_Note:Do not apply over treated plywood as
chemicals may react with adhesives or PVC membrane.
�f
A I x 2(3/4"x 1.1/2")piece of wood is fastened The vinyl is laid in plate and stapled of the seams to The PV(membrane is stapled in position,only on the
around perimeter of deck.This will serve as a finish edge prevent shifting during installation The vinyl is seams.later the staples will be removed and seams will
for the deck. overlapped the some direction as shingles on o roof,An be sealed using either a chemkol seoler or hot ok welding
allowance of 3"of vinyl is required going over the edge tool
of the deck and 3 to b inches up the walls.
� I
VMS
1-
S+ 1
The contact cement is applied only to one half of the vinyl Latex is applied with a trowel 1/16 of on inch.latex glue Onto the contact adhesive is tacky or after spreading
sheat of a time.A special paint roller is required to apply will set ai 76 degrees F in approx.10 minutes Latex is latex glue,fold back vinyl.Using a rubber roller or a new
contact adhesive,and caution must be token not to roll applied only to substrate and not to vinyl back.Ensure point roller,insert roller under vinyl membrane and push
glue over the some Oreo more than twice,as it will stick that you spread only enough latex so that you can recover out vinyl over area that has just been glued Caution
to each other and form balls of glue creating lumps under that surface within 10 minutes When vinyl is laid,use a should be used not to create wrinkles in the process
the membrane.The contact adhesive is applied to the minimum 70 lbs.steel roller over PUC membrane to set
back of the vinyl and the substrate(wood,concrete,810. membrane in place. Allow at least 12 hours to dry.
KWN.......... •=
When using latex adhesive,o heavy steel roller(approx. Seams are overlapped and heat welded together to When using chemical seam sealer overlap seams by
70 lbs.) is recommended to adhere membrane to provide apermanent bond. This method should be approx I inch,mark off Oreo with masking tape,and
substrate. followed whenever Iwo or more pieces of vinyl are apply generous amount of chemical to laws'piece of
required.The pieces should be overlapped by at least vinyl only.Immediately press froth so4ces together.Place
3/4' and heal welded with o hot air welder heavy obiect on too of seam curb as 2 it 4 aiare of wnnd
11/15/1995 08:03 5045304466 DEC_K_ING PAGE 06
I
Corners should be finished as per detail section,When If deck includes drain,recess drain in dock,run vinyl over When cutNny around post,claw enoeph vinyl to run
appIyy�' g pmdtes,again MI on other vinyl area with heal drain and cut in a star shape,finish vinyl Inside drain, the post of feast 1/4"trim and flnlsh off with a sealer
welding tool or Dec•K•ing Seam Sealer. glue,silicone and apply pressure fitting. and wall fastener,
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Place vinyl over edge of deck over I x 1 strip,glue and The membrane is glued up the well,then sealant is applied The finished product is on ottractive/durable deck
then fasten aluminum edge to the bottom.Vinyl is then to the upper area An aluminum wall fastener is then membrane guaranteed to Iasi for many years
trimmed from the edge of the fastener Fastener is also nailed or screwed to the membrane and to the wall area.
used to secure membrane to wells.
APPLI(ATIONS OF DECKING PV( MEMBRANE
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