HomeMy WebLinkAboutPROJECT INFORMATIONE & H Products, Inc. - 4,4 ort corp Parkway - Pahn Beach Gardens, Florida .-33410
Fax: 561.624.4717 Web: www.ehproducts.com
Tel: 561.624.4707
Products SGAmr-uu
t5y EH
St Lurie OountV Polvi
White Polypropylene Film —
Flame Resistant Adhesive —
Tri-directional Reinforcing Fiberglass Yarn —
Metallized Polyester Film
(Total Thickness)
Tri-directional Fiberglass Reinforcing Dimension§..
Basis Weight Scale
Permeance (WVTR) ASTM E96
Procedure A
Bursting Strength ASTM D774
Tensile Strength ASTM C 1136
Accelerated Aging 30 Days @
95% RH, 1207
Low Temperature Resistance ASTM D1790
-40'F(-40-C)
High Temperature Resistance 4 hours @
-VR-R PLUS
pylene / Scrim / Polyester
ASTM C1136, Type 11, IV
(49-C)
220-F(104-C)
Water Immersion
24 hours @ 73 F (23'C)
Mold Resistance
ASTM C665 / C1 338
Dimensional Stability
ASTM D1204
Light Reflectance
ASTM C523
0.0088 inch
4/inch (MD)
4/inch (TD)
14.7 lbs / 1000 ft'
0.02 perm
(grains/hrftlin Hg)
128 psi
40 lbs/inch width (MD)
35 lbs/inch width (XD)
No Corrosion
No Delamination
Remains Flexible
No Delamination
Remains Flexible
No Delamination
No Delamination
No Growth
0.25%
85%
Flame Spread ASTM E-84 / LIL 723 10
Smoke Developed ASTM E-84 / LIL 723 20-50
Metal Building Composite ASTM E-84 / Q 25 Flame / 50 Smoke
baL 723
Physical Properties are � don typical values, Weight /Thickness +/- 10% tolerance.
225 micron
16/100 mm (MD)
161100 mm (TD)
71.89 gM / M2
1.15 ng / Ns
9.0 kg / CM2
7.0 kn / m (MD)
6.1 kn / m (XD)
No Corrosion
No Delamination
Remains Flexible
No Delamination
Remains Flexible
No Delamination
No Delamination
No Growth
0.25%
85%
Contractor
E & H Products, Inc. insulation facings contain ultraviolet inhibitors. A ure to direct/indirect sunlight and high
intensity indoor lighting. Since conditions of use are beyond our contro)Qwroducts, Inc. makes no warranties.
t 10/21/2010
"Sag and Bag" is a double -layer insulation system that is used to comply with the newer energy code's and
is designated in ASHRAE Table A2.3 as "Do uble Layer".
As illustrated in the previous pages, the Sag and Bag System consists of one layer of faced fiberglass
I
insulation draped across, and allowed to sag between, the purlins in a metal building roof, followed above by
i
a second layer of unfaced fiberglass insulati I on that is field cut in to pieces that fit between the purlins so as
to avoid having two layers of insulation bet een the purlins and the roof panels, which situation would cause
problems with the roof.
The roof insulation roll lengths for the first, Ifaced, layer of fiberglass are derived by starting with the length of
the slope, in feet, taking roof pitch in to cod i sideration, and adding 6" for each purlin space, plus another two
feet for "pull", one foot at each end of the roof roll. Remember that you also need to take in to
consideration that the insulation rolls on t 11 e first side of the roof you will install need to be 2' to 3' longer
than the rolls for the second side of the roof because -'When you do the first side of a roof the insulation
needs to reach across to the first, topmost I
, purlin on the other side of the roof. The width of the first layer
(faced) insulation rolls is up to the discretio In of the builder.
Take note that both ASHRAE and NAIMA tables dictate that the bottom layer of the Sag and Bag System will
I -
be the thinner of the two layers, when there is a difference.
The unfaced fiberglass for the second layer can be 4', 5' or 6' wide, depending on your erector's preference,
and must be field cut to fit between the pur I lins.
When installing the first layer of fiberglass (faced) across the purlins, the rolls should be rolled out as
normally done, with the exception that they, should not be pulled tight from end to end. Rather, the roll
should be installed loosely so that is sags down between the purlins, leaving space for the unfaced second
layer. Care must be taken to create as equall as possible the sag between all the purlin spaces. This can be
done by having a number of roofing crew me1mbers lift and shake out the insulation after it is unrolled.
Pulling the bottom layer of insulation tight 'defeats the purpose of Sag and Bag, by reducing the space in to
which the insulation can expand to achieve� its maximum effectiveness. Subsequent rolls of insulation
should be installed such that they sag to the'same depth as prior rolls to better seal the seams between
adjacent rolls and to attain a relatively unifo'rm appearance from the bottom side.
Although many contractors are, now using oh, e 6" tab to create the seams between adjacent rolls of
insulation, Therm -All recommends against t�l at practice when installing using the Sag and Bag system. Since
adjacent rolls need to conform to the rolls next to them, and because this is an imprecise practice, using one
6" tab would not seal the adjacent rolls sufficiently to prevent moisture migration through the seams.
I -
Therefore, Therm -All highly recommends that you use two 3" tabs on each roll of insulation and fold and
i
staple the seams as recommended by the National Insulation Association on their website insulation.org in
the section entitled Condensation Fact Sheet, for Metal Buildings.
Since the second layer of insulation, which is� unfaced, cannot go over the top of the purlins (which already
have one layer of insulation over them becaul se of the faced bottom layer), it must be field -cut to fit between
the purlins.
Code requires that thermal blocks be used overthe purlins with the Sag and Bag system.
STANDING SEAm Roo# AssEmBLIES WITH
I
DOU13LE LAYERS OF IN, SULATION
The first rated R-value of
insulation is installed
perpendicular to and draped
over purlins.The second rated
R-value of insulation is for
unfaced insulation installed
above the first layer and parallel
to the purlins and then
compressed when the metal
roof panels are attached.
A minimum R-3.5 thermal block
between the purlins and the
metal roof panels is required.
Continuous insulation
(uncompressed and
uninterrupted by framing
members) may be installed
either above or below the
purlins.
Note: Diagrams not to scale.
X
Vapor Retarder
TA131LE 4: STANDING SEAm ROOF ASSEMBLIES WITH DOUBLE LAYER OF
I
FACED INSULATION - OVERALL U-FACTORs, BTU/(H-FT2.OF)
i�7ted
toiced
—,
R-va6 Of
Insuliitioq
__�_ ___ --;,-
ondhilmnims-ula-twn-
.-
----------
�*R-1 0 + R-1 0
0.063
0.047
0.037
e,
1,�m 0 +, R-1 1
0.061
0.045
0.036 Z
I*R-1 I + R-1 1
0.060
0.045
0.036
j*R-16'4
U58
0,035
1*11-11 + R-1 3
0.057
0.043
0.035
tR-1 3 + R-1 3
:'0.055
0.042
�0.034
*R-1 0 + R-1 9
0.052
0.040
0.033
*,R-1 1 + R-19
0.051
0.040
A..032
*R-1 3.+ R-1 9
0.049
0.038
0.032
6 + R-I 9.
b.'047
0.037
.6.031
�*R-19 + R-19
0.046
0.037
0.030
Not�:A i.i.. R-3.5 thermal block between the ptirlins
and ibe metal roof panels is required
* Faded Insulation
NAIMA 202-96(q
(Rev. 12000)
Insulation
Thermal Blocks
1NSTALLA*,'IPN Tips,,,
1-. Install R-3.5 (minimum) theIm al blocks'to dchiev&�', thickness at the center point'between the purlins.'
the U-Factors sh6wi� in the table above:! NA'_IMA 4. Ensure the upper insulation blanket is of sufficient,
'space
recommends'a P thick M�S oi'polyis'6cyanurate width tofOsh� beiweerf.the thermal blocks
7�,
foam thermal block-.,. and mmimiz"e�g Aps between the insulati6ii'and the
2.' Use roof clips with the appropriate he'i &''t to allow thermal blocks. For example, a 60" purlin,spacing
for thethickness of the therm"alblock'Verify. with,-. using 3" . widel thermal blocks would utilize a 57"
Ahenietal �building` maiuifacturei� thafthe'clip is blanket f6r the Upper layer.
,appropriate for the intended i6sulation.r- 5., be,,iiistaRed around bracing,'
3: 1 Install NAIMA,202-96 laminated blAnketlinsulation penetrations and other obstructions to minimize,
,hi a manner :gaps
exp4nslorvto4he, f and tdnif)r6s8ion.,"-
TION SYSTEM
C ou
ta
7,_
Description
Features
- Certified thermal performance
v Excellent recovery provides outstanding thermal and
acoustical performance
2 b recycled content
Contains an average of 650/
z GREENGUARD Gold Certified
I - Easy to handle and laminate
Owens Corning' EcoTouchO Certified R Metal Building
Insulation is a, light density fibrous glass blanket. E�pTouch-
Certified R is labeled with both a pre -laminated and post -
laminated R value. Standard roll widths are 36" ' 48", 6011
and 72". Made -to -Order widths are also available i 211
increments (i.e. even number).
Applications
0 . wens Corning" EcoTouchO Certified R Metal Bu
Insulation is used as part of the insulation system i
roofs and side walls of metal buildings. It is desigr
be laminated with a variety of facings to provide al
interior finishes, abuse resistance, and assistance
of moisture. It can also be used when unfaced ins
required in metal building roof and wall systems.
Physical Properties
7hermal Resistance ASTM C 1771C 518
Thi6riess Prp�l�
3.4-t R-1 I
3.7" R-1
+ _;P-4.3" R-1,
+
5.31, IRA'
6.,3" R-2
8.011 R-2
9.25" R-3
lopec
Combustion ASTM E 136
Non-combustible
Characteristics
WarlerVapor So 0
rpti _7
�,04%,by volumi
Fungi Resistance ASTM C 1338
Passes
C.666si-eness,' �jMC666,`e a. 430%
�Passes
Odor Emission ASTIV, C 1304
Pa ses
ASTM C 167
Length,70'Vf!
jing
the
d to
control
tion is
Post -lam
R-10
R-1 1
R-13
R-1 6
I R-19
R-25
5 R-30
The surface burning characteristics of these Products have been determined in accordance with
UL 723. The standard should be used to measure and describe the properties a I i materials, prod-
uct3 or mse'bli.3 In ro-p-r— t- heat and llama under controlled laboratory conditions and should
not be used to describe or appraise the fire hazard orfire dsk of mat -dais, products or assemblies
under actual fire conditions. However, results of this test may be used as elements of a fire risk
assessment which lakes into account all of the factors which are pertinent to an assessment of the
fire hazard of a particular end use. Values are reported to the neare st 5 rating.
Standards, Codes CompthinCe
• ASTM C991-08, Standard Specification for Flexible
Fibrous Glass Insulation for Metal Buildings-, Type 11.
• NAIMA 202-96 (Rev. 2000) Standard for Flexible
Fiber Glass Insulation to be Laminated for Use in
Metal Buildings.
Technical Information
Owens Corning" EcoTouch6 Certified R Metal Building
Insulation is manufactured in compliance with ASTM C991,
"Standard Specification for Flexible Fibrous Glass Insulation
for Metal Buildings." This standard includes all performance
and physical properties required of thermal insulation for
use in metal building construction (see Physical
Properties Table).
Owens CorningO EcoTouch" Certified R Metal Building
Insulation is regularly tested to ensure compliance to the
NAIMA 202-96 (Rev. 2000) Standard. Sampling and testing
is performed by the National Association of Home Builders
Home Innovation Research Lab. The product is labeled on
the top surface of each roll with the nominal R-value and
the "NAIMA 202-96" (Rev. 2000) to indicate compliance.
The NAIMA 202-96 (Rev. 2000) standard specifies thermal
performance which provides the capability of obtaining nom-
inal thermal resistance (R-values) after laminating. The actual
thermal performance obtained from the laminated product
will depend primarily on the recovered thickness. Note that
these nominal R-values are for the insulation only and do
not include the effects of facings, air films, compression of
insulation at framing members, conductance through fasten-
ers, or other heat transfer paths particular to an installation.
The recovered thickness achieved will depend on a number
of variables determined in the laminating process and hence
are outside of Owens Corning's control. To address these
issues, a number of leading metal building insulation lami-
nators produce products which meet the National Insulation
Association's "Certified Faced Insulation Standard" (NIA
404). Samples of faced products are periodically tested by a
nationally recognized laboratory and determined to meet the
NIA standard.
101
Description i
Owens Corning" EcoTouchO Certified R Metal Buil6ng
Insulation is a light density fibrous glass blanket. EccToucl
Certified R is labeled with both a pre -laminated an8 post -
laminated R value. Standard roll widths are 36", 48" 60"
1,
and 72". Made -to -Order widths are also available in 2"
increments (i.e. even number). I
Applications
Owens Corning' EcoTouch" Certified R Metal Building
Insulation is used as part of the insulation system in' the
roofs and side walls of metal buildings. It is designel d to
be laminated with a variety of facings to provide attractive
interior finishes, abuse resistance, and assistance in control
of moisture. It can also be used when unfaced insu'lation is
required in metal building roof and wall systems. �
Physical Propertias
Thermal Resistance ASTM C 1771C 518 WICI(ness pre-lar� PoWarr,
3.4" R-io.p R-10
3.7" R-1 1.9 R-1 I
4.3" R-1 4.1' R-13
5.31, R-1 7.3 R-1 6
6.31, R-20, ' R-1 9
801 R-27.11 R-25
9.25" R-32115 R-30
U
ASTM E 841: L-723V
Combustion ASTM E 136 Non-combustible
Characteristics
Fong! Resistance ASTM C1338 Passes
,�Co
Odor Emission ASTM C 1304 Passes
P� j �77
,pinfle"idnall To eran;e!
_Y
1. The surface burning characteristics of these products have been determined in .. ordanc. �ilh
UL 723. The standard should be used to measure and descrbe the properfles of1materials, prod-
uctsorasso blies in response to heat and flame under controlled laboratory coaditions, and should
not
be used to deselibe or appraise the fire hazard or fire dsk of materials, products or assemblies
under actual fire condifions. However, results of this test may be used as elements of a tire risk
assessment which takes into account all of the factors, which are pertinent to an 618sessment of the
fire hazard of a particular end use. Values are reported to the nearest 5 rating. ,
Peatures
• Certified thermal performance
Excellent recovery provides outstanding thermal and
acoustical performance
• Contains an average of 65% recycled content
GREENGUARD Gold Certified
• Easy to handle and laminate
9tandards, Codes Cothplitrice
• ASTM C991-08, Standard Specification for Flexible
Fibrous Glass Insulation for Metal Buildings; Type 11.
• NAIMA 202-96,(Rev. 2000) Standard for Flexible
Fiber Glass Insulation to be Laminated for Use in
Metal Buildings.
Technical Information
Owens Corning' EcoTouch" Certified R Metal Building
Insulation is manufactured in compliance with ASTM C991,
"Standard Specification for Flexible Fibrous Glass Insulation
for Metal Buildings." This standard includes all performance
and physical properties required of thermal insulation for
use in metal building construction (see Physical
Properties Table).
Owens CorningO EcoTouch" Certified R Metal Building
Insulation is regularly tested to ensure compliance to the
NAIMA 202-96 (Rev. 2000)"Standard. Sampling and testing
is performed by the National Association of Home Builders
Home Innovation Research Lab. The product is labeled on
the top surface of each roll with the nominal R-value and
the "NAIMA 262-96" (Rev. 2000) to indicate compliance.
The NAIMA 202-96 (R e,v. 2000) standard specifies thermal
performance which provides the capability of obtaining nom-
inal thermal resistance (R-values) after laminating. The actual
thermal performance obtained from the laminated product
will depend primarily on the recovered thickness. Note that
these nominal R-values are for the insulation only and do
not include the effects of facings, air films, compression of
insulation at framing members, conductance through fasten-
ers, or other heat transfer paths particular to an installation.
The recovered thickness achieved will depend on a number
of variables determined in the laminating process and hence
are outside of Owens Corning's control. To. address these
issues, a number of leading metal building insulation lami-
nators produce products which meet the National Insulation
Association's "Certified Faced Insulation Standard" (NIA
404). Samples of faced products are periodically tested by a
nationally recognized laboratory and determined to meet the
NIA standard.
AHERNS COMPANIES
1461 KINETIC ROAD
LAKE PARK, FL 33403
Shop Drawing / Product Date Review
REVIED BY RYAN CARLSON DATE 5/1012
19
REVIEWED FOR COMPLIANCE
APPROVED
APPROVED AS NOTED
REJECTED
Review is for conformance with design concept only and intent
and
general compliance with contract documents/specifications.. ,
ubcontractor
shall be responsible for all quantities, dimensions, compliance
with
documents and related codes, verification of work and trades
and
fabrication or techniques of construction.
DANIEL L. MACIEJCZYK
BY
DATE
06-10-2019
Submittal #07 21 00-1.0
07 21 00 - Thermal Insulation
aPON MI-M-M & alriw
ARCHrrFCrS, INC.
Shop Drawing Review
E] No Exceptions Taken Revise and Resubmit
El Rejected Exceptions Noted
CORRECTIONS OR COMMENTS MADE ON THE SHOP DRAWINGS DURING THIS REVIEW DO NOT
RELI EVE CONTRACTOR FROM COMPLIANCE WITH REQUIREMENTS OF THE DRAWINGS AND
TH: SPECIFICATIONS. THIS CHECK IS ONLYA REVIEW OF THE GENERAL CONFORMANCE WITH
TH DESIGN CONCEPT OF THE PROJECTAND GENERAL COMPLIANCE WITH THE INFORMATION
GIVEN IN THE CONTRACT DOCUMENTS. THE CONTRACTOR IS RESPONSIBLE FOR: CONFIRMING
AND CORRELATING ALLQUANTITIES AND DIMENSIONS: SELECTING FABRICATION PROCESSES
AND TECHNIQUES OF CONSTRUCTION: COORDINATING HIS OR HER WORK WITH THAT OF ALL
OTHER TRADES AND PERFORMING ALL WORK IN A SAFE AND SATISFACTORY MANNER.
Submittal #. 07 2100 - Thermal Insulation
Reviewed By; By DLM at 3:42 pm, Jun 10, 2019
NOTE: REFER TO INSULATION SKETCH ON RFI
#3 DATED 04-15-2019, FIRE PUMP BUILD ROOF
INSULATION 6" R-1 9 & DETAIL Al -A2/A6.0.7
FIRE PUMP BUILDING WALLS R-1 9 (AT COL.
LINE PBWALLOhLY).,
3:43 pm, Jun 10, 2079
AVCON
COPIES TO
Ahrens Companies I Page 2 of 2 Printed On: 05/10/2019 10:57 AM
Ir.
Ahrens Companies
1461 Kinetic Road
Submittal #07 21 00-1.0
07 21 00 - Thermal Insulation
Project: 18-000037 - MRO Hangar - Treasure Coast Int. Airport
3191 Jet Center Terrace
Lake Park, Florida 33403
Phone: (561) 863-9004
Fax: (561) 863-9007
Fort Pierce, Florida 34982
Prod6ct
Data - Insulation
SPEC SECTION: 07 21 00 - Thermal Insulation
SUBMITTAL MANAGER:
RYAN CARLSON (AHRENS COMPANIES)
STATUS: Open
DATE CREATED:
03/13/2019
ISSUE DATE: 05/01/2019
REVISION:
0
RESPONSIBLE THERM -ALL, INC.
CONTRACTOR:
RECEIVED FROM:
Matthew Metzcus
RECEIVED DATE: Y SUBMIT BY: 05108/2019
FINAL DUE DATE: 05/17/2019 1 LOCATION:
TYPE: Product Information COST CODE:
I
APPROVERS: RYAN CARLSON (AHRENS COMPANIES), Sue Finney (Avcon Engineers & Planners), Ian Johnson (Avcon Engineers &
Planners), Robert Palm (Avcon Engineers & Planners)
BALL IN COURT -
Sue Finney (Avcon Engineers & Planners), Ian Johnson (�vcon Engineers & Planners), Robert Palm (Avcon Engineers & Planners)
DISTRIBUTION:
Teresa Gundel (AHRENS COMPANIES)
DESCRIPTION:
A. Manufacturer's Data, Thermal Insulation: Submit six (6) of\nmanufacturer's specifications and installation instructions for each type
ofininsulation required. Include data substantiating that ma=comply with\nspecified requirements.
ATTACHMENTS:
SUBMITTAL WORKFLOW
#
SUBMITTER/
I
RETURNED
COMMENTS
NAME
APPROVER
SENT DATE
DUE DATE
DATE
RESPONSE
ATTACHMENTS
Fibe
- Vasa
Roof and wall
submittal.pAf
insulation for the
hanger and the
ThermAll - VR-R
office.
F�Ilq"pec
Facing is the same
1
Matthew Metzcus
Submitter
5/8/2019
5/9/2019
Submitted
Sheet.pdf
for both buildings.
TherMAII -!aag_-N
Sag N Bag system
is for the office roof
aag roof
only.
sy;�Ltem pdf
Matt
Reviewed and
2
RYAN CARLSON
Approver
5/9/201 1 9
5/10/2019
5/10/2019
Approved
Approved
3
Sue Finney
Approver
5/17/2019
Pending
4
Ian Johnson
Approver
5/17/2019
Pending
�5
Robert Palm
Approver
5/17/2019
Pending
Ahrens Companies I Page 1 of 2 Printed On: 05/10/2019 10:57 AM