My WebLink
|
Help
|
About
|
Sign Out
Home
Browse
Search
211 North Michigan Street_AA 2022-0719
sbend
>
Public
>
Historic Preservation
>
2022
>
August
>
Administrative Approvals
>
211 North Michigan Street_AA 2022-0719
Metadata
Thumbnails
Annotations
Entry Properties
Last modified
7/21/2022 1:47:24 PM
Creation date
7/21/2022 1:47:19 PM
Metadata
Fields
Template:
South Bend HPC
HPC Street Address
211 North Michigan Street
HPC Document Type
Certification
HPC Local Landmark
i. South Bend
Text box
ID:
1
Creator:
Created:
7/21/2022 1:47 PM
Modified:
7/21/2022 1:46 PM
Text:
Midland Engineering Co., Inc. Spec. Section: KEE-1 Date: 4/25/2022 Reviewed By: A.N.
Rectangle
ID:
1
Creator:
Created:
7/21/2022 1:47 PM
Modified:
7/21/2022 1:46 PM
Document management portal powered by Laserfiche WebLink 9 © 1998-2015
Laserfiche.
All rights reserved.
/
6
PDF
Print
Pages to print
Enter page numbers and/or page ranges separated by commas. For example, 1,3,5-12.
After downloading, print the document using a PDF reader (e.g. Adobe Reader).
Show annotations
View images
View plain text
Seaman Corporation’s 45 mil FiberTite-SM-FB “fleece back” features an 18 x 19 / 840 x 1,000 denier weft reinforced <br />polyester knit fabric, coated with a proprietary compound, utilizing DuPont’s™ Elvaloy® Ketone Ethylene Ester (KEE) <br />as the principle polymer in the hybrid vinyl alloy coating. <br />Product Data <br />MEMBRANE <br />45 mil FiberTite-SM-FB <br />DESCRIPTION PHYSICAL PROPERTIES <br />45 mil FiberTite-SM-FB “fleece back” is a 40-oz sq. yd/nominal <br />45-mil (1.1 mm) thick membrane. 45 mil FiberTite-SM-FB not only <br />meets or exceeds the minimum physical property requirements <br />enumerated in ASTM D6754-15 Standard Specification for <br />Ketone Ethylene Ester (KEE) Based Sheet Roofing, but exceeds <br />the physical properties and performance characteristics of 60-mil <br />competitive products. <br />The 45 mil FiberTite-SM-FB membrane incorporates a 4-oz per <br />sq. yd non-woven polyester felt, heat bonded to the back side of <br />the membrane with a 3-in selvedge edge for field welding. 45 mil <br />FiberTite-SM-FB fleece back is manufactured in conventional 72- <br />in by 80-ft roll goods. <br />Seaman Corporation is vertically integrated, which allows complete <br />control over the manufacturing process from the selection of the <br />yarns, to the engineering, knitting and weaving of the base fabrics <br />to the final coating process. Today, FiberTite Roofing Membranes <br />are the result of Seaman Corporation’s 60 years of applied fabric <br />engineering and coating technology. <br />All FiberTite Roofing Membranes are constructed using high <br />tenacity/heavy weight yarns to create a base fabric reinforcement <br />to impart superior puncture, tensile and tear resistance properties. <br />The base polyester fabrics are primed with a unique and <br />proprietary adhesive coat that lays the foundation to physically <br />bond the KEE coatings to the “fiber” to maximize seam strength <br />and overall membrane performance. <br />45 mil FiberTite-SM-FB is coated on the face with Seaman <br />Corporation’s original “KEE” formulation to provide superior <br />hot air welding characteristics, extreme UV resistance, broad <br />chemical resistance and long-term flexibility and reparability for <br />the installed roofing membrane system. The back side of the <br />membrane is coated with a slightly modified (SM) economical <br />version of Seaman Corporation’s original KEE compound to control <br />membrane costs while offering additional thickness and weather <br />ability. Additionally, 45 mil FiberTite-SM-FB exhibits excellent tear, <br />puncture, fungus, algae and flame resistance that make FiberTite <br />Roofing Systems some of the most sustainable roofing systems <br />available. <br />ASTM D6754-15 Minimum <br />Requirements <br />45 mil-FB Typical <br />Thickness, mm (in.) <br />ASTM D 751 <br />0.81 (0.032)1.14 (0.045 nom.) <br />Thickness over Fiber, mm (in) <br />Optical method (inches) <br />0.18 (0.007).37 (0.0145) <br />Breaking Strength, N (lbf) <br />ASTM D 751 proc. B - strip <br />1499 (338)1557 (350) <br />Elongation at Break, % <br />ASTM D 751 - strip <br />18 18 <br />Tear Strength, N (lbf) <br />ASTM D 751 Proc. B. Tongue Tear <br />338 (76)445 (100) <br />Linear Dimensional Change <br />ASTM D 1204 max (%) <br />1.3 0.63 <br />Fabric Adhesion, N/m (lbf/in) <br />ASTM D 751 <br />3330 (19)no peel <br />Retention of Properties after Heat Aging <br />ASTM D 3045 - 176°f/56 days <br />Breaking Strength, strip, % original <br />Elongation at Break, strip, % original <br />90 <br />90 <br />90 <br />90 <br />Low Temperature Bend after Heat Aging -30 -40 <br />Low Temperature Bend <br />ASTM D 2136 (°f) <br />-30 -40 <br />Change in Weight after Exposure in Water <br />D 471 158°f, 166 h, one side only, max. (%) <br />0.0, +6.0 0.0, +3.7 <br />Factory Seam Strength, N (lbf) <br />ASTM D 751 Grab Method <br />1955 (440)> Fabric Break <br />Hydrostatic Resistance, Mpa (psi) <br />ASTM D751 <br />4.1 (590)5.2 (750) <br />Static Puncture Resistance <br />ASTM D 5602 (99 lbf) <br />pass pass <br />Dynamic Puncture Resistance (J) <br />ASTM D 5635 <br />10 25 <br />For more information on FiberTite Systems <br />and accessories please call: <br />Seaman Corporation (800) 927-8578 <br />International (330) 262-1111 <br />www.fibertite.com <br />FiberTite® is a registered trademark of Seaman Corporation. <br />Subject to the conditions of Approval for a roof covering <br />when installed as described in the current edition of the <br />Approval Guide. <br />As to an external fire exposure only. See UL directory of <br />products certified for Canada and UL roofing materials <br />and systems directory 34KL, 48PO, 97P9. <br />DC196 <br />These specifications are current as of the date of printing. <br />Revisions or additions may be issued periodically. For a listing, presentation, <br />and download of the most recent data, visit: <br />www.fibertite.com/document-library/product-data-sheets FTRDS04_03
The URL can be used to link to this page
Your browser does not support the video tag.