Attachment 2 - Plascore Wall and Ceiling Panel System.pdf

Plascore PharmaTM

Plascore PharmaTM

Cleanroom Wall and Ceiling Systems

MODULAR CLEANROOMS

Submittal 540 Plascore Wall and Ceiling Panel System

3/15/2019

Plascore PharmaTM Cleanroom System Superior Quality, Unmatched Flexibility

The Plascore PharmaTM series of cleanroom wall and ceiling systems is designed for the most stringent medical research and aseptic process applications. Plascore Pharma is the modular cleanroom of choice in biomed, life science, biotech, medical device, nutraceutical and pharmaceutical processing.

Plascore Pharma modular wall and ceiling systems offer significant financial and performance advantages over traditional clean facility solutions.

A Complete System One of the greatest advantages of the Plascore Pharma design is its floating flush ceiling with 5' x 10' x 2" (1.5m x 3m x 51mm) ceiling panels and 5' x 10' (1.5m x 3m) hanger spacing, allowing the installation of 4' (1.2m) fixtures, oriented in either direction, without changing the ceiling panel orientation. Three modular wall types — studless walls, hollow utility walls and liner panels — provide the same flexibility, fine-line seams and finishes as the ceiling system. Several types of flush doors and windows, as well as access openings, can be integrated. Plascore Pharma arrives at a prepared job site with all components clean packaged and ready for fast installation.

Features Summary:

• Versatile system configurations

• Built to drawing layout; minimal alterations required

• Flush ceiling system with wide hanger spacing

• Studless, utility and liner wall options

• Aluminum honeycomb panel core for greater stiffness and fire resistance

• Progressive or nonprogressive panel joints

• Multiple door and hardware options

• uPVC surfaces, coves and chemically cold-welded seams

• Stainless steel surface options for panels and doors

• Virtually flush seams for more effective sanitation wash-down and fumigation

• Backed by world-class service

• UL and FM approved

Submittal 540 Plascore Wall and Ceiling Panel System

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Liner, Studless and Utility Wall Systems

Plascore Pharma wall systems are offered in three designs to address typical site and functional requirements:

Liner Wall System Liner wall panels are 0.5" (13mm) thick and are attached to existing facility walls, or metal stud wall framing, to give them the same finish and appearance as adjoining new construction.

Plascore Pharma liner wall panels have rolled-edge top and bottom steel or aluminum skins bonded to an alumi-num honeycomb core for a total thickness of 0.5" (13mm).

Panels snap into clips mounted to the wall system. Panel dimensions are limited to 4' (1.2m) in width and 16' (4.85m) in length. Wall heights can be as high as desired by stacking multiple panels.

Studless Wall System Studless walls are 2" (51mm) thick and typically serve as perimeter, interior and air return walls with requirements for utility raceways and conduits. Studless wall panels are typically installed below the ceiling system.

Plascore Pharma studless wall panels consist of rolled-edge top and bottom steel or aluminum skins bonded to an aluminum honeycomb core for a total thickness of 2" (51mm).

An aluminum perimeter frame is bonded between the skins to provide additional support, and provide UL approved raceways for items such as light switches and electrical outlets. Progressive studless wall panel edges are tightly engaged to adjoining panels with a fixed plastic spline.

Studless wall panels are typically interior non load-bearing partitions, 4' (1.2m) wide and are installed between the floor and ceiling. Although studless wall panels are available up to 16' (4.85m) in length, they can be stacked with intermediate support from adjoining walls or ceilings.

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CEILING SYSTEM

Utility Wall System Utility walls are between 4" and 6" (102mm and 152mm) thick, with a 2.5" to 4.5" (63.5mm to 114mm) hollow cavity for verti-cal and horizontal utility runs.

This superior load bearing system is ideal for taller rooms or walls with extensive utility provisions. Available in virtually any configuration, the modular framed design easily adapts to windows, pass thrus and doors. Plascore Pharma utility walls consist of internal vertical and horizontal structural framing to which panels are attached on either one or both sides. Utility walls in room interiors will be clad on both sides. Perimeter utility walls may only be clad on the room interior side. Panel orientation may be vertical or horizontal to match the intended utility access scheme. Panel dimen-sions are available up to 4' (1.2m) in width and 16' (4.85m) in length. Utility walls can be designed to be load-bearing with wall heights as high as desired, by adjusting the structural framing and stacking multiple panels.

Panels have rolled-edge top and bottom steel or aluminum skins bonded to an aluminum honeycomb core for a total thickness of .5" (12.5mm). Panels snap into clips mounted on the framing and are nonprogressive, which is necessary for ready access to utility connections.

Ceiling Hanger Assembly Coved Corner Adjustable Floortrack

Wall/Ceiling/Cove Connection

Framed Wall Panel Raceway

Liner Wall Ceiling Perimeter (Studless)

Ceiling Perimeter (Liner)

Raised Air Return Wall Floor at Liner

Floor at Framed Wall Wall Start/T-Intersection

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Built-to-print, Plascore Pharma is designed for all cleanroom classifications in life science research and production.

Connecting Floor, Wall and Ceiling

Studless Wall Adjustable Floor Track The adjustable studless wall floor track consists of a two-part aluminum extrusion assembly. The lower part is attached to the floor and accepts the upper part, which is raised and leveled to the desired height. The adjustment range is 3.5"-5.5" (89mm-140mm). The floor track width facili-tates a floor cove installation flush with the wall panel, with either vinyl or trowelled floors.

Studless Wall Head Track The studless wall head track consists of a U-shaped track, which is attached to the underside of the ceiling panel system or customer’s existing ceiling. Sliding the top panel edge up into the head track and dropping it down onto the floor track secures the panel in position.

Radius Coves All wall systems are supplied with a 2" (50mm) radius coving for all ceiling/wall and wall/wall intersections, assuring a virtually seamless transition. Plascore offers an integrated injected molded inside and outside cove for seamless transitions. It’s one more reason Plascore Pharma helps you meet cGMP standards for pharmaceutical and biomedical environments.

Superior Panel Finishes: uPVC, Stainless Steel Plascore Pharma wall and ceiling panels are available with standard snow white uPVC film or brushed stainless steel.

Plascore Pharma surfaces perform well against typical cleaning solutions and sanitizing washes. Tightly abutting uPVC panel joints are chemically cold-welded with a uPVC paste, creating a contiguous uPVC finish on ceiling and wall surfaces. Alternately, stainless steel panel joints are spaced 3/16" (4.76mm) and filled with a silicone caulk. Coved uPVC corners eliminate entrapment and are more effective in wash down, sanitation and fumigation.

Repairs Plascore Pharma offers multiple options to repair panel damage.

Load bearing framed walls have ample room for utilities.

Non-progresive panels feature rotating splines for easy room modifications.

Submittal 540 Plascore Wall and Ceiling Panel System

3/15/2019

Cleanroom Doors To Suit Your Needs

If you can see it, you can clean it: Plascore Pharma doors and windows feature easily cleaned hardware.

Plascore Pharma offers two lines of single and double cleanroom door types designed specifically for pharmaceutical environments.

Aluminum Profile Doors Crafted in custom aluminum extrusions with double perimeter seals and optional door bottom drop seal, this Plascore Pharma door design features a flush jamb and leaf assembly. Available with upper and optional lower flush glazing and finished with an epoxy powder coat for maximum durability and chemical resis-tance, this door style is the most economical solution for less strin-gent classification areas. Installation into any of Plascore Pharma wall systems, with at least one side of the door frame and door leaf being flush with the adjoining wall surfaces, is readily accom-plished utilizing one of Plascore’s proprietary fastening methods.

Stainless Steel/Powder Coated Metal Doors Door frames and leafs are clad in stainless sheet metal; for the most damage- and chemical-resistant performance. Door faces are laminated to a honeycomb core for structural stiffness, provid-ing the most monolithic design without seams and ledges, flush with at least one surface of adjoining walls. Windows can be sized up to 50% of the door surface, flush with both leaf surfaces. This leaf design is well suited to allow air passage around its perimeter.

This style is also available with a powder coated aluminum skin.

Door Hardware Plascore Pharma doors can be delivered with most standard mortised or surface mounted hardware to meet customer require-ments. Surface mounted hardware is preferred for easy access, adjustment and cleaning. Cleanroom door hardware can be provided to meet your specific needs and functions:

• Stainless steel push/pull bars

• Mortised door locksets and strikes, with door handles or magnetic interlock

• Surface mounted door closers

• Surface mounted electric door operators

• Internal double door extension bolts

Flush Double Glazed Cleanroom Windows Plascore Pharma window units for doors and studless walls consist of two panes of 1/4" (6.4mm) tempered glass, bonded and sealed to an aluminum frame filled with desiccant to reduce moisture. Windows have the same thickness as the door/wall, providing a flush installation. Window units are replaceable in nonprogressive systems, can be adjusted with leveling bolts and are sealed with a silicone caulk. Windows for utility and liner walls are typically single pane on an aluminum frame, installed flush with a silicone caulk seam.

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Competencies Plascore, Inc. is ISO-9001 registered, and employs Lean Manufacturing principles throughout design, manufacturing and administration, to reduce lead time while assuring optimum quality and on-time delivery.

In addition to our proprietary honeycomb manufacturing process, our value-added capabilities include adhesive development, CNC machining, powder coating, welding, thermoset and thermoplastic laminating and assembly. This extensive capability allows us to maintain rigid quality standards on all cleanroom components, control project scheduling and deliver cleanroom systems in the manner best suited to the client’s specific needs.

Design Engineering/Installation Support Plascore design engineers and sales service staff work closely with architects, engineers and contractors to ensure Plascore Pharma cleanrooms are installed to your complete satisfaction. Our expertise in cleanroom design and manufacturing, together with our commitment to customer support, is critical to successful installation throughout the world.

Plascore, Inc., employs a quality management system that is Nadcap, AS9100, ISO 9001 and ISO 14001 certified.

IMPORTANT NOTICE: The information contained in these materials regarding Plascore’s products, processes, or equipment, is intended to be up to date, accurate, and complete. However, Plascore cannot warrant that this is always the case. Accordingly, it is a purchaser’s or user’s responsibility to perform sufficient testing and evaluation to determine the suitability of Plascore’s products for a particular purpose. Information in these materials and product specifications does not constitute an offer to sell.

Your submission of an order to Plascore constitutes an offer to purchase which, if accepted by Plascore, shall be subject to Plascore’s terms and conditions of sale. PLASCORE MAKES NO WARRANTIES OF ANY KIND REGARDING THESE MATERIALS OR INFORMATION, EITHER EXPRESS OR IMPLIED, INCLUDING WITHOUT LIMITATION THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE. Plascore owns and shall retain all worldwide rights in its intellectual property, and any other trademarks used in these materials are the property of their respective owners. The information in these materials shall not be construed as an inducement, permission, or recommendation to infringe any patent or other intellectual property rights of any third parties. © 2018 Plascore, Inc. All Rights Reserved. v04.02.18

Corporate Headquarters

Plascore Incorporated 615 N. Fairview St.

Zeeland, MI 49464-0170

USA

Phone (616) 772-1220 Toll Free (800) 630-9257 Fax (616) 772-1289

Web www.plascore.com Email sales@plascore.com

Europe

Plascore GmbH&CoKG Feldborn 6 D-55444 Waldlaubersheim Germany

Phone +49(0) 6707-9143 0 Fax +49(0) 6707-9143 40

Web www.plascore.de Email sales.europe@plascore.com

MODULAR CLEANROOMS

Submittal 540

TECHNICAL

INFORMATION

Submittal 540

PLASCORE MATERIAL SPECIFICATION

TITLE: Finished Product Specification:

PHARMACEUTICAL CLEAN ROOM PANELS

MS-21-001

Made By: Matt DeFer

Distribution list:

1. Engineering

2. Sales

3. Materials

4. Manufacturing

5. Quality Assurance

APPROVAL

Engineering

Sales

Materials

Manufacturing

Quality Assurance

Original Date: 5/6/11

Revision: B

Revision Date: N/A

File:MS21001revB

Summary of changes and Reasons:

Rev B: Changed chemical resistance table format By: M.DEFER

1.0 SCOPE:

This specification establishes the requirements for PHARMACEUTICAL CLEAN ROOM honeycomb panels.

2.0 APPLICABLE DOCUMENTS:

2.1 ASTM D3359

2.2 ASTM D3363

2.3 ASTM E-84

2.4 ASTM D1308-02

2.5 ASTM D3359-93

2.6 ASTM E 2180

3.0 REQUIREMENTS

3.1 Physical Requirements:

3.1.1 Width: The width of the panel is +/- 1/32" of the required dimensional specification from the customer. The tolerance is +/- 1/8” if the panel has an open edge in the width dimension.

3.1.2 Length: The length of the panel is +/- 1/32" of the required dimensional specification from the customer. The tolerance is +/- 1/8” if the panel has an open edge in the length dimension.

3.1.3 Thickness of the panel: The thickness of the panel is +/-0.012" of the nominal dimension of the panel.

3.1.4 Panel Flatness: The bow of the panel shall be less than 0.007" per linear ft.

3.1.5 Ceiling Panel: Skin alignment of the top skin in relation to the bottom skin is

+0.030” to -0.060”.

Wall Panel: Skin alignment of the top skin in relation to the bottom skin is +/-

0.030”.

3.2 Panel Surface Coating Requirements:

3.2.1 Panel surfaces are coated with an Unplasticised Polyvinyl Chloride (uPVC) film providing a smooth and uniform finish. Panels may also be supplied with an Epoxy/polyester finish per customer request.

MS-21-001

Submittal 540

3.2.2 The coating material shall not shed particles and shall be durable in a regular PHARMACEUTICAL CLEAN ROOM environment.

3.2.3 Property requirements: The various paint property requirements and the test methods are given below:

Property Test Method Requirement

3.2.3.1 Paint Adhesion ASTM D3359 (method B) 5B - No lift off

3.2.3.2 Film Hardness (epoxy) ASTM D3363 2H - Eagle Turquoise

3.2.3.3 Film Hardness (Polyester) ASTM D3363 F - Eagle Turquoise

3.2.3.4 Chemical resistance Section 3.2.4 Table 1A

3.2.4 Chemical Resistance

3.2.4.1 The finish used shall be subjected to the chemicals listed in Table 1A for the time Indicated, and shall meet or exceed the resistance criteria as specified in Table 1A.

Submittal 540

Chemical Resistance Testing-Pharmaceutical Cleanroom Finishes

CHEMICALS

PLASCORE Cleanroom Component

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.7 v /v

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T U

Anodized aluminum A A A A A A A A A A - - -

Bare #4-304 stainless steel G / 20H A A A A G / 20H A A A A A J/20H A

Bare #4-316L stainless steel G / 20H A A A A G / 20H A A A A A A A

Bare cold rolled steel H / 10M A H / 20H H / 3H A A H / 20H H / 1H H / 1H A - - -

Bare mill finish aluminum G / 6H A G / 20H A G / 20H G / 20H A A G / 20H A - - -

Door bumpers A A A A A A A A A A - - -

Door Gasket A A A A A A A A A A - - -

Extruded PVC Components (coving, trim) A A A A A A A A A A G/20H G/3H G/20H

Injection molded cove part A A A A A A A A A A A J/20H G/20H

Plastic door jamb hole plugs A A A A A A A A A A - - -

Plastic Dorma Closer Cover A G / 20H A A A A A A A A - - -

Polar White Powder on Aluminum Extrusion A C / 6H A A A A A A A A - - -

Polar White Powder on Bare Steel A C / 6H A A A A A A A A - - -

Polar White Powder on primed Galvanized Steel A C / 6H A A A A A A A A - - -

Primed Galvanized Steel H / 10M A A A G / 20H G / 20H A A A A - - -

Snow White Powder on Aluminum Extrusion A C / 6H A A A A A A A A A J/20H G/20H

Snow White Powder on Bare Steel A C / 6H A A A A A A A A A G/3H G/20H

Snow White Powder on primed Galvanized Steel A C / 6H A A A A A A A A - - -

UPVC Film on Galvanized Steel A A A A A A A A A A A A G/20H

PVC Cold Weld Sealant A A G/20H - A A A A B/3H A A G/20H G/20H

- indicates not tested

Code

* Note: Testing was performed to ASTM D 1308. A

The test uses a full submersion for the specified B Time Interval Code time period and is considered a worst case C 10 Minutes 10M application. Cleaning procedures should be D 1 Hour 1H followed per chemical manufacturer's E 3 Hours 3H recommendations. F 6 Hours 6H

G 20 Hours 20H

H

Rev5 050218 J

Corrosion Present

Residue

No effect

Visual Color Change or Damage

Visual Gloss Change or Damage

Observation Description

Blistering

Softening

Swelling

Image / Watermark

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3.2.5 Microbiological Analysis

3.2.5.1 Table 2A shows antimicrobial effectiveness of finishes against various Bacteria samples in accordance with ASTM E 2180:

Table 2A:

% Reduction Finish Staphylococcus

Aureus Escherichia

Coli Bacillus Cereus

Salmonella Typhi

PVC Cove 99.986% 99.91% 69% 0 Powder Coat 99.984% 99.55% 67% 0 uPVC 99.996% 99.999% 81% 0 PVC Gap Filler 99.992% 99.999% 81% 67.7%

3.3 Flammability requirements

Test Method Panel Thickness Panel Finish Index ASTM E-84 0.5 - 2.0" uPVC Coated Steel Smoke 55

Flame spread 20

ASTM E-84 0.5 - 2.0" Powder Coated Steel Smoke 45 Flame spread 15

4.0 QUALITY REQUIREMENTS:

4.1 Pharmaceutical panels:

4.1.1 There shall be no flaws (scratches, dents and scuffing) visible from 4 feet observed normal (at 900) to the surface. For all observations, CWF light (100-200 watts) is kept 4 to 8 feet normal to the observed surface.

4.1.2 Damage that exposes bare metal would not be considered acceptable regardless of size. Small defects may be touched up with epoxy touch up paint in some cases.

4.1.3 Table 3A lists the acceptable limit on flaws (scuffing, scratches, dents):

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Table 3A:

Flaw Acceptability Limit

(Visual) Description (Size)

Quantitative On 6 ft. or less

Quantitative On longer than 6 ft

Scuffing Not Visible from 4 ft Surface scratch longitudinal

Not Visible from 4 ft <=1” 2 3

Surface scratch transverse

Not Visible from 4 ft <=1/4” 2 3

Dents Not Visible from 4 ft 2 3 Surface Nonuniformity

Not Visible from 4 ft 0.010” 10 10

Surface Nonuniformity

Not Visible from 4 ft 0.020” 6 6

Surface Nonuniformity

Not Visible from 4 ft 0.030” 4 4

Surface Nonuniformity

Not Visible from 4 ft 0.040” 2 2

4.2 Frame image is not visible from 4 feet normal to the panel (for framed panels only).

The protective film must be removed before this visual test as the gloss of the protective film often enhances the appearance of frame read through.

4.3 For liner walls or walls with one side visible the back side of the panel may have flaws visible as long as they do not penetrate the skin of the panel.

4.4 The top (galvanized) side of ceiling panels may have flaws visible as long as they they do not penetrate the skin of the panel.

4.5 The surface of the protective film shall be clean always. If not then wipe the surface of the panel with Isopropyl Alcohol (IPA) on a six inch stroke. Use a protective glove always when wiping the panel surface.

4.6 The surface of the panel shall be clean. If a clean lint free cloth is wiped across a panel (after the protective film is removed) of 48 inches long, there shall be no indication of any visible particles.

4.7 Cleanliness of cut edges: The cut edges of the panels shall be clean of deposits of saw chips that may fall off from the panel in handling.

5.0 PACKAGING / STORAGE / HANDLING

5.1 Packaging:

5.1.1 It is the supplier’s responsibility to ensure the packaging of goods is sufficient to protect the product from damaging in transit. The packaging shall avoid any kind of contamination to the product.

Submittal 540

5.1.2 Finished surfaces shall be protected from scratches and dents by the following two methods:

5.1.2.1 The finished surface shall be protected from scratches or dents by applying a layer of suitable protective film which adheres to the finished surface.

5.1.2.2 Between sheets of finished skin, place a layer of non abrasive material that will not scratch or dent the finished surface.

5.1.3 The skid shall have the following minimum information attached to it unless otherwise specified in the purchase order:

Customer name Purchase Order Number Plascore item number Quantity

5.2 Storage and polyethylene film removal

5.2.1 Plascore recommends the material be stored at a temperature less than 110 deg. F and higher than 20 deg. F. Storage at temperatures outside these limits may result in the protective film being difficult to remove, or leaving residue on the panel.

5.2.2 The panel shall not be left anywhere such that it is exposed to water or other contaminants. The panel with protective film shall not get wet at any time.

5.2.3 Plascore recommends that the protective film be removed only after the panel and the protective film have been at 68 - 780F and 40% +/- 10 % relative humidity for more than 36 hours. Not following these guidelines may result in protective film being difficult to remove and/or leaving adhesive residue on the panel. If the protective film leaves residue behind, notify Plascore immediately before proceeding further.

5.3 Recommended Handling:

5.3.1 Panel shall be handled with great care.

5.3.2 While loading a panel on a stack or removing panels from a stack, two people must handle the panel to avoid dragging the panel edges on top of each other, potentially causing scratches on the surface of the panel.

5.3.3 While lifting panels, always grab the entire thickness of the panel. Be careful not to lift by placing the hands or fingers just underneath the top skin. This may cause delaminating of the panel.

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6.0 NOTES

6.1 Important Notice

6.1.1 Plascore reserves the right to change any part of this specification, although changes have to be mutually agreed for any existing contracts. Plascore also reserves the right to waive any part of this specification on a case by case basis after mutual agreement.

6.1.2 The technical information herein regarding our products, equipment and/or process is believed to be reliable and to the best of our knowledge. We do not warrant the accuracy of such information, whether expressed or implied, including warranties of fitness for a particular purpose. It is the user’s or purchaser’s responsibility to undertake sufficient testing to verify the suitability of our products for their own particular purpose.

6.1.3 The information contained herein shall not be construed as inducement, permission or recommendation to infringe upon any patent rights or other rights of third parties.

6.1.4 This specification does not purport to address all of the safety problems associated with its use. It is the responsibility of the user of this standard to establish appropriate safety and health practices and determine the applicability of regulatory limitations prior to use.

6.1.5 Several of the criteria for acceptance and rejection are subjective although great effort has been made to make these as objective as possible.

6.2 Cleaning procedures

The cleaning procedures mentioned below may enable you to clean the surface.

Depending on regulatory or other requirements, you may or may not use these methods. Method of cleaning and type of cleaner is ultimately up to the user to determine. Always test a small non-visible area first when trying a new cleaner.

It is also the user’s responsibility to determine the suitable location for the cleaning process, whether it be outside or inside the clean room.

Submittal 540

6.2.1 Construction soils, including concrete or mortar etc. should be removed as soon as possible. The exact procedure for cleaning will vary depending on the nature and degree of soil. Try to restrict cleaning to mild weather. Cleaning should be done in shaded areas.

6.2.2 Removal of dirt could be done using any non-abrasive paper or cloth. This could be done on a dry surface if that is sufficient. If this does not work, the cloth may be made wet and wipe to remove the dirt. Use of DI water is recommended

6.2.3 If water alone does not work, use a mild detergent with water.

6.2.4 Cleaning of the painted or uPVC filmed surfaces can be done by wiping with a cloth dipped in Isopropyl alcohol (IPA- from 50 % concentration to anhydrous depending on the need, use DI water to dilute IPA). The advantage of cleaning like this is that IPA evaporates to leave a clean surface. Refer Section 6.1 before cleaning. Excessive use may deteriorate the painted or uPVC surface. Always use protective clothing, gloves and goggles while performing this cleaning.

6.2.5 Caution:

6.2.5.1 Over cleaning or excessive rubbing can do more harm than good.

6.2.5.2 Strong solvents or strong cleaner concentrations may cause damage to painted or uPVC film surfaces.

6.2.5.3 Avoid using abrasive cleaners and also do not use household cleaners that may contain abrasives which can damage the painted or uPVC film surfaces.

6.2.5.4 Abrasive materials such as steel wool, abrasive brushes etc. can damage the surface finishes.

6.2.5.5 Avoid drips and splashes. Remove run downs as quickly as possible.

6.2.5.6 Avoid temperature extremes. Heat accelerates chemical reactions and may evaporate water from solution. Extremely low temperature may give poor cleaning effects.

6.2.5.7 Never use paint removers, aggressive alkaline, acid or abrasive cleaners. Always do a test surface.

6.2.5.8 Never mix cleaners.

Submittal 540

6.2.5.9 This specification does not purport to address all of the safety problems associated with its use. It is the responsibility of the user of this standard to establish appropriate safety and health practices and determine the applicability of regulatory limitations prior to use.

7.0 QUALIFIED SUPPLIER(S):

Not applicable

PLASCORE INC, 615 NORTH FAIRVIEW, MI 49464 PHONE 616-772-1220, FAX 616-772-1289

Letterhead Rev 1 12/2205

CERTIFICATIONS/APPROVALS

- FM Approved to class 4880 and 4882: Class 1 interior wall and ceiling materials.

- UL Classified raceways for Electrical services in the 2” Studless wall system.

REV 0 – 11/28/18

PERFORMANCE DATA SHEET FOR

PLASCORE PVC COLD WELD SEALANT

The following information is provided by Plascore, Inc. as a general guideline for the performance data of the PVC cold weld sealant provided by Plascore. The information is specific to Plascore supplied cold weld sealants used in conjunction with Plascore supplied uPVC and rigid PVC components. Plascore does not warranty the use of these sealants on non-Plascore products.

TEST PERFORMED PRODUCT RESULTS

Durometer Shore-D Hardness

(ASTM D2240) 4-8

Bond Failure Mode Cohesive

Bond Failure Mode after subjection to Humidity Cohesive

Chemical Resistance See Chemical Test

Data Sheet

Tensile Test 47.0-76.8 lbs

Deflection Test when installed in a panel 3"+

UV Exposure (2 months) No Change

ASTM D3808 Spot Adhesion Cohesive

ASTM D2240 Rubber Property Shore A Hardness 55-75

ASTM D816 Cold Brittleness Test Pass- No cracking

ASTM D1002 Shear Strength (psi) 166.0 – 222.0