Prevents mold on the coating surface of treated materials like:

Transcription

Prevents mold on the coating surface of treated materials like:
Rev.04-09 v.dc2.0
www.DemilecUSA.com . 1-877-DEMILEC
Exclusively Supplied to the Insulating Industry by: Demilec USA, LLC
Forticel™ is a trademark of Protective Coatings Group, LLC. Demilec, USA is not affiliated in any way with ForticelTM or Protective Coatings Group, LLC. All work and services referenced herein will be
performed exclusively by ForticelTM, Protective Coatings Group, LLC, or by others retained by such entities. Demilec, USA shall not perform any work or services in connection herewith, and
therefore disclaims any liability in connection with such work or services. DEMILEC, USA MAKES NO WARRANTY OF ANY KIND WHATSOEVER IN CONNECTION HEREWITH, EXPRESS OR IMPLIED, AND ALL
IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE HEREBY DISCLAIMED BY DEMILEC, USA AND EXCLUDED FROM ANY SERVICES AND/OR AGREEMENTS.
Rev.04-09 v.dc2.0
Technical Report
EVALUATION OF LONGEVITY FOR
FORTICEL™ MOLD PREVENTION COATING
FOR BUILDING MATERIALS
Test Purpose
The purpose of the reported data in this bulletin is to evaluate the long term efficacies of FortiCelTM, a product of
Protective Coatings Group, LLC, designed to prevent the promotion of mold growth on construction products including
wood, concrete, and sheetrock. Material samples were collected and treated with FortiCel™ according to the
manufacturer's recommended application rate and then subjected to the testing criteria defined in the following protocol.
Test Overview
Pieces of kiln dried pine dimensional lumber were cut from normal stock and prepared in a manner consistent with building
materials. Two samples, each a 2" x 4" x 18" long were prepared to act as untreated controls and two additional prepared and
coated on all sides with FortiCelTM applied using an ALLPRO 300T HVLP gun.
These samples were then soaked for a period of 8 days in Distilled Water to determine release rate of one of the active
ingredients. Release rates were consistent for 1 and 8 days which would be expected given the volume of water, 10L, used and
the ion exchange nature of the active ingredient being measured. Samples of the distilled water were then bottled and sent for
analysis by ACZ Laboratories of Steamboat Springs, CO. The liquid was then digested according to EPA Method M200.2 for
total digestion via a hot plate and then the resulting material analyzed using Inductively Coupled Plasma-Mass Spectrometry
(ICP-MS) according to EPA Method M200.8.
Results
The raw results of these tests, measured in mg/L/day, are shown in the following table:
Sample Label
Results (mg/L/day)
FortiCel™
0.0012
Control Sample
0.0000
From these release rates you can calculate the expected longevity based on the total amount of active ingredient present in the
coated surface (a factor based on the load rate in the percent solids left in the thickness of coating applied) and dividing that by
the result above, taking into account the surface area treated and the volume of water used. In this calculation the results are
as follows:
Longevity Calculation Result
Longevity in Years
FortiCel™
70.77 Years
FC-200
Rev.04-09 v.dc2.0
Sample Label
The purpose of the reported data in this bulletin is to evaluate the efficacy of FortiCel™, a product of Protective Coatings
Group, LLC, designed to prevent the promotion of mold growth on construction products including wood, and concrete
using ASTM D3273-94. Material samples were collected and treated with FortiCel™ according to the manufacturer's
recommended application rate and then subjected to the testing criteria defined in the appropriate ASTM specification.
Pieces of CDX Plywood and Dimensional Lumber were cut from normal stock and prepared in a manner consistent with
building materials. Each sample was prepared and coated on all sides with the FortiCel™ coating at a rate recommended by
the manufacturer and applied using an ALLPRO 300T HVLP sprayer. The treated samples were then tested according to ASTM
D3273, a standard test method for resistance to growth of mold on interior coatings in an environmental chamber. The tests
were conducted by EMSL Analytical, Inc. in a controlled test chamber with a temperature of 32.5 +/- 1ºC and a humidity of
95% to 98% containing soil inoculated with Aureobasidium pullulans ATCC 9348, Aspergillus niger ATCC 6275 and
Penicillium citrinum ATCC 9849.
After a 4-week incubation period the samples were examined for visible effects of mold growth according to ASTM D-3274
which uses photographic reference standards that provides a numerical rating system from 0 to 10, with 10 indicating a
sample totally absent of mold. A rating of 8 indicates a slight amount of growth (less than 10%), 5 indicates moderate growth
(30-50%), 3 indicates heavy growth, and a zero rating indicates full coverage of mold growth (greater than 90%).
Results for the evaluation of the submitted samples are shown in the following table:
Results
Scale Rating
FortiCel™
Totally absent of mold
10
FortiCel™
10
FortiCel™
10
FC-203
Rev.04-09 v.dc1.0
Sample Label
These results demonstrate that in a standardized test method, as described in the specification of ASTM D3273, FortiCel™
retains its effectiveness in preventing mold growth on treated lumber.
Application Technical Data
PROPERTIES
Color: Red/Golden Aqueous Liquid
Application method: Spray is best but roll and brush can also be utilized as needed.
Average weight/gallon: 9.1 lbs.
Coverage area: 2500 SQ. FT./GALLON
Drying time: 20 minutes to 1 Hour
Temperature limits: Freeze thaw stable.
Safety: See Material Safety Data Sheet (MSDS) for product specific information.
DO NOT DILUTE
STIR WELL BEFORE USE
APPLICATION METHOD
FC-300 v.dc1.0
Rev. 04-09
CHEMICAL EMERGENCY CALL INFOTRAC
1-800-535-5053
24 Hrs. a day, 7 days a week
Exceptions
PCG will not warrant any of the following;
• Applications which are inconsistent with the
Application Guidelines.
• If area in question has been tampered with or remediated
by another party other than an approved PCG representative.
Warrantor
Warranty is exclusively offered by:
Protective Coatings Group, LLC hereafter
referred to as PCG. Located at:
501-B Deanna Lane, Charleston, SC 29492
• Health claims related to mold.
• Incidental or consequential damages either directly or
indirectly related to the use of FortiCel TM .
• Improper use of materials, dilution, or mixing with
other coatings, paints or sealants.
• Coatings which have been applied to the surface of
FortiCelTM .
• Mold that is resultant of improper HVAC operations.
TM
• Mold on any surface not treated with FortiCel .
Use Cases
TM
FortiCel shall be applied to interior surfaces of;
• Wood, concrete or steel structures for the purpose of
mold prevention on the coated surface.
• Surfaces shall be free of dirt, oil, grease, and paints or
anything that would prevent direct application of
FortiCelTM according to the Application Guidelines.
Sa
m
pl
e
PCG makes no claims of improved health or indoor air quality
resultant of application of FortiCel TM .
Consult with your local FortiCelTMdistributor for product
recommendations to protect areas which are exposed to the
outside elements.
Application Guidelines
No
All surfaces must be free of debris, oil, grease or anything that
would prevent direct contact of FortiCel TM to the intended surface.
Crawlspace Disclaimer: Crawlspace environments may promote
conditions which are outside the limits of coating technology and
warranty provisions. PCG reserves the right to evaluate these
conditions and determine if warranty shall be enforceable.
Warranty Coverage
In the unlikely event of a FortiCelTM product failure, PCG will use
its own discretion to remedy any defect or claim and will restore
area to original condition. PCG shall make determination.
PCG will choose personnel who are certified to make remedy of
cure and retreat area(s) in question. If remediation is required to
remove mold, PCG will cure such areas according to IIRC S526.
Such cure shall be completed by PCG approved representative.
Approved remedial costs shall be paid by PCG unless it is
TM
determined that FortiCel was improperly applied or not
applied according to the Application Guidelines, then the
warranty shall be made void.
tf
or
Protect all surfaces with masking materials prior to application
TM
of FortiCel such as window frames, doors, fixtures or any
surfaces that are undesirable to coat.
Apply FortiCelTM at a rate of 2500 square feet per gallon to
intended surfaces and allow drying for 20 minutes. Material
must be mixed thoroughly prior to and during application.
Application shall be made using appropriate spray equipment
such as an airless, HVLP, or fogger. If application is made using a
fogger, calculations for materials must compensate for the
entire area including all floors, ceilings and walls. (Extra
precautions must be made if fogger is to be used to prevent
application on surfaces other than intended).
Claim Notification
All FortiCelTM product claims shall be made to;
Protective Coatings Group, LLC
Notifications shall be made in writing and sent to the address
shown in Warrantor via certified attention “Claims
Department”. PCG will respond to all claims within 24 hours of
receipt of notification. All claimants must provide details of
claim and appropriate contact numbers, addresses and
responsible individual.
Disputes
PCG and Purchaser agree that any claim or dispute arising out of
this warranty shall be settled through arbitration in Orange
County, Florida and administered by the American Arbitration
Association under its Commercial Arbitration Rules.
Di
st
PCG must be notified immediately upon discovery of any
suspected product failure. If claimant should neglect to make
notification to PCG and allow PCG to inspect and determine best
course of remedy, then warranty shall be nullified.
rib
ut
io
Registration and Transferability
Property owners or applicators must register the property address
and application specifics with PCG within 30 days of application
to receive warranty.
Warranties shall automatically transfer record of property to
present and or future owner for the entire 25 year warranty
period without requiring any action on behalf of property owner.
Severability
n
If any part of this Warranty shall be determined to be invalid
then such portion shall be deemed severed from this Warranty
and the remaining terms, exclusions and limitations shall apply.
Any costs incurred by PCG in the completion of this warranty
will serve as PCG’s sole and exclusive obligation with respect to
such defect or nonperformance.
Provisions
PCG warrants that each of the treated surfaces described in the
section marked Use Cases shall be free from mold from the date
of application and for a period of 25 years post application.
* PCG reserves the right to amend its warranty language and all amendments shall
supercede previous document provisions.
FC-500
Rev. 4-08
Specification Document #1125-02
page 1
PCG FortiCel™ Coating Technology
MOLD & MILDEW TREATMENT SPECIFICATION
SECTION 09800 – SPECIAL PROTECTIVE TREATMENT
I. GENERAL
1.01 General requirements of the Project Manual shall apply to all work specified in this section.
1.02 Quality Assurance
A. Applicator
1. Applicator shall be trained & certified, by PCG or its appointed agents, in accordance with PCG methods and
standards for mold protective treatment applications.
2. Applicator shall certify, in writing, that all technicians utilized for work in this section have been –
a. Trained and certified journeymen in the PCG FortiCel™ mold protective treatment product
application.
b. Shall have demonstrated a proficiency, in this area, by citing past usage of these products as a
complete system.
3. Applicator shall include in this certification that any specialized equipment, as required by the manufacturer, will
be used for work in this section.
1.03 Submittals
A. Product Data: Submit manufacturer’s (PCG) technical information, including Product Technical Data Sheets, Material
Safety Data Sheets, detailing job site and personal safety instructions, product mixing instructions and application
instructions for each material specified. Identify by manufacturer’s catalog number and general classification:
1. Technical Sheet FC-300; Technical Application Data Sheet
2. Technical Sheet FC-100; FortiCel™ Product information
3. MSDS; FortiCel™ Product MSDS
4. Sample of 25 Year Full Remediation Warranty
1.04 Delivery and Storage
A. Deliver materials in sealed containers with manufacturer’s labels intact.
0
0
B. Store materials in a protected area at a temperature range between 40 and 110 F.
1.05 Job Conditions
A. Apply FortiCel only under the following prevailing conditions:
0
0
a. Surface and material temperatures are not below 32 F. or above 110 F.
b. Structure is dry and has water tight roof in place.
c. Prevent direct exposure to water for 5 days on the freshly treated surfaces to enhance curing of the treatment.
d. FortiCel™ to be applied to structural members after “dry-in” is completed and if possible before Windows and
door insulation.
B. Mask, drop cloth or construct adequate containment in order to protect surfaces not to be treated.
II. PRODUCTS
2.01 Manufacturers
A. Products shall be manufactured by PCG, Protective Coatings Group, LLC, 501 Deanna Lane, Suite B,
Charleston, SC 29492 (877) 729-MOLD (6653).
2.02 Materials
A. Mold Protective Surface Treatments
1. FortiCel™ Mold & Mildew Preventive Coating
i. Application treatment to be applied to structural interior surfaces, including:
1. Wood, Block, Concrete, Steel framing or structural components manufactured of wood,
metal, or concrete.
a. Sheathing, plywood, oriented strand board (OSB), Floor Joists, Wall Members
2. Concrete block, brick, or other cementious materials used for structural design.
3. Sheetrock (wallboard) may be treated on the wall cavity facing side. Consult manufacturer
before application to wallboard.
2.03 Product Requirements
A. Mold Protect Surface Treatments
1. Surface Treatments shall be inorganic silica cross-link cured film structures.
i. V.O.C. must be “0”
2. Coating shall have independent laboratory evidence of passing ASTM 5590 and must prevent spore
germination
3. Coating shall have independent laboratory evidence of prevention of germination as tested by MouldWorks
Laboratory, Portland, OR according to MouldWorks Test Panel for testing of inherent mold resistance of
coatings and their ability to prevent spore germination. See attached “Comparison of MouldWorks vs ASTM
5590.
4.
page 2
Laboratory testing must include evidence of independent evaluation of coating capability to prevent
germination of each of the following species and results;
Mold Species
Black Enamel
Control Sample
Coating Tested
FortiCel™
Water Agar
Acremonium sp.
no germination
no germination
germination
Aspergillus caespitosus
germination
no germination
germination
Aspergillus glaucus gp.
germination
no germination
germination
Aspergillus versicolor
germination
no germination
germination
Chaetomium globosum
germination
no germination
germination
Cladosporium sphaerospermum
germination
no germination
germination
Fusarium sp.
germination
germination
Paecilomyces variotii
germination
no germination
no germination
Penicillium aurantiogriseum
germination
no germination
germination
Penicillium corylophilum
germination
no germination
germination
Penicillium decumbens
germination
no germination
germination
Stachybotrys sp.
germination
no germination
germination
Trichoderma longibrachiatum
germination
no germination
germination
Tritirachium oryzae
germination
no germination
germination
Ulocladium botrytis
germination
no germination
germination
germination
5.
Surface Treatments shall have passed ASTM D-3273-94 testing, with a zero mold growth (10) rating. And
must be performed by a credible third party national laboratory.
6. Treatment must be warranted for 25 years and must include a Manufacturers Backed 25 Year full remediation
warranty on all treated areas.
i. Warranty must be serialized and traced to the property address of application and must be
enforceable without regard to ownership.
2.04 Material Preparation
A. Mix materials strictly in accordance with manufacturer’s most current printed technical literature.
B. Thinning: NO THINNING is required for the FortiCel™ Mold & Mildew Preventive Coating
C. Surface must be dry prior to application.
III. EXECUTION
3.01 Pre-work Inspection
A. Examine all surfaces to be treated and report any conditions that would adversely affect the performance of the
protective treatment and which cannot be put into an acceptable condition by specified surface preparation methods.
B. Remove and/or replace any surfaces, which cannot be put into an acceptable condition.
C. Do not proceed with the mixing or application of the specified protective treatment until all surfaces can be placed into an
acceptable condition.
D. All surfaces must be dry and free of any debris, or residue that would interfere with adherence of coating to structural
members.
3.02 Equipment Requirements
A. Mixing Equipment
1. Drill operated high-shear mixer
2. Continuous mixing shall include not less than 5 minutes with assurance of thoroughly mixing all sediment into
solution.
B. Spray Equipment for FortiCel™
1. Airless sprayer such as Graco 395 or higher or Titan 440 or higher
C. Spray Tip
1. 513, 515, 413, 517, 215
D. Assorted tools, extension cords, water hose & nozzle, clean buckets, clean cotton cloths, scrub brushes mounted on
pole extension handles, sponges, ladders, etc;
E. Protective masking materials and applicator.
F.
Backpack Blower/Vacuum for removal of construction debris in wall cavities.
G. NIOSH respirator
H. Safety goggles
3.03 Surface Preparation
A. General Area Preparation
1. Prior to all surface preparation operations, completely mask, tarp, remove or other wise adequately protect all
fixtures or surfaces not to be protective treated.
2. Remove all construction debris from wall cavity, floor, and window areas to be treated.
page 3
3.04 Mixing
A. FortiCel™ Mold & Mildew Protective Coating:
1. FortiCel™ must be properly mixed prior to use. This product is packaged, in ready to use container. For
proper mixing –
a. Using an mixer with a variable speed drill and mixing paddle, blend for 5 minutes at high speed.
Be certain to mix all sediment which has settled to the bottom of pail completely before use. Repeat
mixing periodically every 20 minutes while in continuous use. Foaming may occur this is a normal
response to the mixing process and should not present any concern.
3.05 Application of FortiCel™ Protective Treatment
A. Strictly follow these PCG recommendations and instructions regarding product material and mixing, so as to provide the
best quality work. Refer to technical Document FC 300.
B. Building roof shall be intact and dried in prior to application
C. All materials shall be applied under adequate illumination, evenly distributed and properly applied and shall have a
visible golden-orange tint evident after application.
D. All materials shall be applied in an even and full continuous coating, free from skips, holidays or pinholes. Application
rate to be 1 Mil wet thickness.
E. FortiCel™ is best applied by Conventional Spray Equipment. Small areas or perimeter edges can be coated using a
Natural Hair Bristle Trim Brush. Apply as follows:
1. Configure your spray application so that a working wet line is maintained. Strive to spray to natural breaks.
Always keep the tip pointed perpendicular to the surface.
2. Beginnings in a corner, or other natural break, apply FortiCel™ material using vertical sweeps of the gun.
Work in areas of arms length, which are most comfortable for the individual. Keep the gun tip parallel to the
surface being sprayed.
3. Use good journeyman spray techniques in order to achieve a thin, uniform coating deposit free from skips,
holidays.
4. The surface being treated will ultimately dictate the square foot per gallon yield of FortiCel™. As a general
rule, the following guidelines can be used:
a. Wood surface areas – 2000 to 2,500 sq. ft./gal @ 1 Mil wet
b. Masonry surface areas – 600 to 1000 sq. ft./gal. @ 1 Mil wet
c. Steel surface areas – 2000 to 2,500 sq. ft./gal @ 1 Mil wet
5. Continue application until the entire room has been protective treated. FortiCel™ will dry to touch in
approximately 1 hour and will thoroughly cure within 5 to 7 days, depending on prevailing ambient temperature
ranges. Do not expose to water for 5 days post application.
3.06 Clean up
A. Clean up spray equipment
1. Use water in clean 5 gallon pail to flush FortiCel™ from pressure lines and pump.
2. Remove the tip from the gun nozzle housing and further clean the tip orifice, so as to prevent future clogging.
3. Collect and dispose of the FortiCel™ container in a proper manner, consistent with all jobsite disposal
recommendations.
B. Job Site Clean Up – General
1. All empty containers of PCG products must be collected and placed in appropriate collection bins for proper
disposal.
2. Remove all masking and other associated debris from the job site and leave the storage area clean.
3.07 Inspection
A. Inspect and repair all work that is not acceptable to the Specifier and request the final acceptance.
3.08 Protective Surface Treatment Schedule
A. As indicated on this schedule
1. Mold & Mildew Treatment installation onto all unfinished wall surfaces according to project work scope.
a. Apply FortiCel™ onto cleaned and properly prepared surfaces, per Project Scope.
3.09 PCG Specification
3.09.1
This Specification is a general work order specification. It is intended for use, as a general guideline, for the successful
application of PCG FortiCel™ Mold & Mildew Preventive Treatment onto interior surfaces, which are subject to continued
mold and mildew growth conditions. Extensive laboratory and field testing has shown that the inorganic film structure of
cured FortiCel™ Mold & Mildew Coating will not support mold and mildew development, on its cured film.
A. PCG is a manufacturer of blended chemical compounds and coatings to prevent mold, mildew and algae on the coated
surfaces.
END OF SECTION – 09880
Revision: FC600-602
MATERIAL SAFETY DATA SHEET
SECTION 1 - PRODUCT AND COMPANY IDENTIFICATION
PRODUCT NAME: FortiCel
GENERAL USE: Wood protective coating
PRODUCT DESCRIPTION: Light amber, slightly alkaline liquid.
MANUFACTURER'S NAME
Protective Coatings Group
ADDRESS (NUMBER, STREET, P.O. BOX)
501 Deanna Lane, Ste “B”
(CITY, STATE AND ZIP CODE)
Charleston, SC 29492
DISTRIBUTOR'S NAME
Same
ADDRESS (NUMBER, STREET, P.O. BOX)
(CITY, STATE AND ZIP CODE)
COUNTRY
USA
DATE PREPARED
May 7, 2004
Page 1 of 4
SUPERSEDES:
New
TELEPHONE NUMBER FOR INFORMATION
(877) 729-MOLD (6653)
EMERGENCY TELEPHONE NUMBER
Infotrac (800) 535-8053 Outside USA (352) 323-3500
TELEPHONE NUMBER FOR INFORMATION
COUNTRY
EMERGENCY TELEPHONE NUMBER
SECTION 2 - HAZARDOUS INGREDIENTS
HAZARDOUS COMPONENTS
%
CAS #
(by weight)
OSHA PEL
PPM
MG/M3
ACGIH TWA
PPM
Proprietary Ingredient A (*, a)
Not specified
3-7
Proprietary Ingredient B (a)
Not specified
1-5
not established
Proprietary Ingredient C (a)
Not specified
1-5
not established
MG/M3
SARA
RQ
TITLE III
LBS
1*
(*) The ACGIH Threshold Limit Value (TLV) has not been established nor has OSHA established the Permissible Exposure Limit (PEL) for this product,
therefore the limits described have been established as guidelines by the manufacturer.
(a) The specific product is not identified due to "Trade Secret" status. In emergency situations further information may be obtained by the on - duty physician
calling the emergency information number listed above. Reference 29 CFR 1910.1200 and / or 40 CFR 350.
SECTION 3 - HAZARDS IDENTIFICATION
EMERGENCY OVERVIEW
Alkaline liquid, prolonged contact may cause skin & eye irritation. Ingestion may cause gastric distress. Hazard symbols for this product None. R-Phrases - Not classified
POTENTIAL HEALTH EFFECTS
INHALATION: Inhalation of mists or vapors may cause irritation to upper respiratory tract and mucous membranes.
SKIN: Contact with skin may cause irritation, dermatitis.
EYES: Contact with eyes may cause pain and irritation.
INGESTION: Irritating to digestive tract; may cause gastric distress, stomach pains.
CARCINOGENICITY
NTP?
No
IARC MONOGRAPHS?
No
OSHA REGULATED?
No
May 7, 2004
Page 2 of 4
SECTION 4 - FIRST AID MEASURES
INHALATION: Remove affected person to fresh air; wash mouth and nasal passages with water repeatedly; if breathing difficulties persist
seek medical attention.
SKIN: Wash contacted area with soap and water; DO NOT attempt to neutralize with chemical agents; if irritation persists, seek medical
attention.
EYES: Remove contact lenses. Immediately flush eyes for 15 minutes in clear running water while holding eyelids open; seek medical
attention immediately.
INGESTION: Drink large quantities of water or milk; DO NOT induce vomiting; seek medical attention immediately.
SECTION 5 - FIRE FIGHTING MEASURES
FLAMMABLE LIMITS
FLASH POINT (METHOD USED)
LEL: Not applicable
UEL: Not applicable
AUTOIGNITION TEMPERATURE:
Not determined
NFPA CLASS:
Non-flammable
None
GENERAL HAZARDS: Product is alkaline. Products of combustion include compounds of carbon, hydrogen and oxygen, including carbon
monoxide.
EXTINGUISHING MEDIA
Carbon dioxide, water, water fog, dry chemical, chemical foam
FIRE FIGHTING PROCEDURES
Keep containers cool with water spray to prevent container rupture due to steam buildup; floor will become slippery if material is released.
Material is alkaline and will irritate the eyes if product is allowed to directly contact the eyes.
UNUSUAL FIRE AND EXPLOSION HAZARDS
None
HAZARDOUS COMBUSTION PRODUCTS
Smoke, fumes, oxides of carbon
SECTION 6 - ENVIRONMENTAL RELEASE MEASURES
STEPS TO BE TAKEN IN CASE MATERIAL IS RELEASED OR SPILLED: Material is alkaline and will irritate the eyes if product is allowed to
directly contact the eyes. Wash small spills to sanitary sewer. Large spills - confine spill, soak up with approved absorbent, shovel product
into approved container for disposal.
SECTION 7 - HANDLING AND STORAGE
PRECAUTIONS TO BE TAKEN IN HANDLING AND STORAGE: Keep container closed when not in use; protect containers from abuse;
protect from extreme temperatures. Keep this and other chemicals out of reach of children.
SECTION 8 - EXPOSURE CONTROLS / PERSONAL PROTECTION
ENGINEERING CONTR0LS
The use of local exhaust ventilation is recommended. Use corrosion-resistant ventilation equipment.
PERSONAL PROTECTION:
RESPIRATORY PROTECTION (SPECIFY TYPE): None required while threshold limits (Section 2) are kept below maximum allowable
concentrations; if TWA exceeds limits, NIOSH approved respirator must be worn. Refer to 29 CFR 1910.134 or European Standard EN 149
for complete regulations.
PROTECTIVE GLOVES: Neoprene or rubber gloves with cuffs.
EYE PROTECTION: Goggles with side shields; safety eyebath nearby.
OTHER PROTECTIVE CLOTHING OR EQUIPMENT: Coveralls, apron, or other equipment should be worn to minimize skin contact.
WORK / HYGIENIC PRACTICES: Practice safe workplace habits. Minimize body contact with this, as well as all chemicals in general.
May 7, 2004
Page 3 of 4
SECTION 9 - PHYSICAL AND CHEMICAL PROPERTIES
VAPOR PRESSURE (MM Hg)
17 mm Hg @ 20 ° C
SPECIFIC GRAVITY (WATER = 1)
1.106
SOLUBILITY IN WATER
Appreciable (> 95%)
pH
Approximately 11.0
BOILING POINT
212°F (100° C)
VISCOSITY
Like that of water
VAPOR DENSITY (AIR = 1)
<1
EVAPORATION RATE (WATER = 1)
<1
FREEZING POINT
32°F (0° C)
APPEARANCE AND ODOR
Light amber liquid, practically odorless
PHYSICAL STATE
Liquid
VOLATILE ORGANIC COMPOUNDS (Total VOC's)
None
SECTION 10 - STABILITY AND REACTIVITY
STABILITY
UNSTABLE:
STABLE: XXX
INCOMPATIBILITY (MATERIALS TO AVOID):
CONDITIONS TO AVOID:
Extreme temperatures, keep from freezing
Strong oxidizers, strong acids
HAZARDOUS DECOMPOSITION OR BYPRODUCTS: Decomposition will not occur if handled and stored properly. In case of a fire, oxides
of carbon and lithium, hydrocarbons, fumes, and smoke may be produced.
HAZARDOUS POLYMERIZATION
MAY OCCUR:
WILL NOT OCCUR:
CONDITIONS TO AVOID:
None
XXX
SECTION 11 - TOXICOLOGICAL INFORMATION
Hazardous Ingredients
%
CAS #
Proprietary Ingredient A (*, a)
3-7
Not specified
Proprietary Ingredient B (a)
1-5
Not specified
Proprietary Ingredient C (a)
1-5
Not specified
LD50 of Ingredient
(Specify Species and Route)
LC50 of Ingredient
(Specify Species)
16,540 mg / kg
Oral - rat
7460 mg / kg
Oral - rat
Not established
Not established
Not established
Not established
SECTION 12 - ECOLOGICAL INFORMATION
No data are available on the adverse effects of this material on the environment. Neither COD nor BOD data are available. Based on the
chemical composition of this product it is assumed that the mixture can be treated in an acclimatized biological waste treatment plant system
in limited quantities. However, such treatment should be evaluated and approved for each specific biological system. None of the ingredients
in this mixture are classified as a Marine Pollutant.
SECTION 13 - DISPOSAL CONSIDERATIONS
WASTE DISPOSAL METHOD: Dispose of in accordance with Local, State, and Federal Regulations. Refer to "40 CFR Protection of
Environment Parts 260 - 299" for complete waste disposal regulations for alkaline materials. Consult your local, state, or Federal
Environmental Protection Agency before disposing of any chemicals.
SECTION 14 - TRANSPORT INFORMATION
PROPER SHIPPING NAME: Not Regulated
HAZARD CLASS / Pack Group: None / None
REFERENCE: Not Applicable
IDENTIFICATION NUMBER: None
LABEL: None Required
IATA HAZARD CLASS / Pack Group: None
IMDG HAZARD CLASS: None
RID/ADR Dangerous Goods Code: None
Canadian TDG Class / Division: None
HAZARD SYMBOLS: None
Note: Transportation information provided is for reference only. Client is urged to consult CFR 49 parts 100 - 177, IMDG, IATA, EC,
Canadian TDG, and United Nations TDG information manuals for detailed regulations and exceptions covering specific container sizes,
packaging materials and methods of shipping.
May 7, 2004
Page 4 of 4
SECTION 15 - REGULATORY INFORMATION
TSCA (Toxic substance Control Act)
All components of this product are listed on the U.S. Toxic Substances Control Act Chemical Inventory (TSCA Inventory) or are exempted
from listing because a Low Volume Exemption has been granted in accordance with 40 CFR 723.50.
SARA TITLE III (Superfund Amendments and Reauthorization Act)
311/312 Hazard Categories
None
313 Reportable Ingredients:
None
CERCLA (Comprehensive Response Compensation and Liability Act)
None
CPR (Canadian Controlled Products Regulations)
This product has been classified in accordance with the hazard criteria of the Controlled Products Regulations and the MSDS contains all
the information required by the Controlled Products Regulations.
IDL (Canadian Ingredient Disclosure List)
Components of this product identified by CAS number and listed on the Canadian Ingredient Disclosure List are shown in Section 2.
DSL / NDSL (Canadian Domestic Substances List / Non-Domestic Substances List)
Components of this product identified by CAS number are listed on the DSL or NDSL and may or may not be listed in Section 2 of this
document. Only ingredients classified as "hazardous" are listed in Section 2 unless otherwise indicated.
EINECS (European Inventory of Existing Commercial Chemical Substances)
Components of this product identified by CAS numbers are on the European Inventory of Existing Commercial Chemical Substances.
EC Risk Phrases
Not classified
EC Safety Phrases
S24/25 Avoid contact with skin and eyes
S28 After contact with skin, wash immediately with plenty of soap
and water.
SECTION 16 - OTHER INFORMATION
No specific notes.
HEALTH
FLAMMABILITY
REACTIVITY
HMIS HAZARD RATINGS
PERSONAL PROTECTIVE EQUIPMENT
REVISION SUMMARY:
1
0
0
0 = INSIGNIFICANT
1 = SLIGHT
2 = MODERATE
C
Safety Glasses, Gloves, Apron
3 = HIGH
4 = EXTREME
This MSDS has been revised in the following sections:
No changes
MSDS Prepared by:
Comprehensive Data Base, Inc.
P.O. Box 5604
Lakeland, FL 33807 USA
(863) 644 - 3298
www.compdatabase.com
The information contained herein is believed to be accurate but is not warranted to be so. Data and calculations are based on information furnished by the
manufacturer of the product and manufacturers of the components of the product. Users are advised to confirm in advance of need that information is current,
applicable and suited to the circumstances of use. Vendor assumes no responsibility for injury to vendee or third persons proximately caused by the material if
reasonable safety procedures are not adhered to as stipulated in the data sheet. Furthermore, vendor assumes no responsibility for injury caused by abnormal use
of this material even if reasonable safety procedures are followed. Any questions regarding this product should be directed to the manufacturer of the product as
described in Section 1.
Lenny Abbott, CEO
Protective Coatings Group LLC
5587 Commonwealth Ave
Jacksonville, FL 32254
April 20, 2006
Dear Lenny,
This is a final report from MouldWorks on our evaluation your FortiCel
protective coating.
We evaluated the ability of material to inhibit
germination and/or growth of 15 different commonly occurring interior
molds.
Mold infestations in houses are established by spores which are deposited
from the air, brought in by water intrusions, or disseminated by insects
and mites. In virtually all cases infestations occur when spores germinate
and grow within or on common construction materials such as OSB,
dimensional lumber, drywall, or insulation. If spores cannot germinate
and grow on protective coatings, then they cannot serve to initiate mold
colonization within a building. The MouldWorks protocol for evaluating
the resistance of coatings to molds involves an assessment of spore
germination in 15 species of common household molds under laboratory
conditions which simulate those that may occur in buildings prior to
appearance of mold problems. These spores came from cultures of molds
isolated by us from samples sent to MouldWorks for analysis – bulks,
tapelifts, and viable spore plates. For the most part these cultures were
isolated within the last 6 months.
When cultures show signs of
senescence and loss of vigor, we replace them with recent isolates.
FortiCel was sprayed onto the surfaces of dry filter papers. When the
coating had dried for 2-3 days, about ½ ml of spore suspension
containing ca. 1 million spores/ml in a nutrient solution was placed on
the surface of each coated paper and spread with a sterile cotton swab.
The inoculated filter papers were then placed on the surfaces of water
agar plates, and spore germination was monitored for 2 weeks. We did
this by taking tapelifts from the surfaces of inoculated coatings and
looking for signs of spore germination under the compound microscope.
Control filter papers coated with black enamel spray paint and placed in
water agar plates were inoculated with the same 15 mold species used for
the test coatings.
These controls tested both for spore viability on non-coated agar and on a
non-toxic coating, since some of the spores placed on the filter paper
always moved in water films onto the surrounding
agar. After two weeks spore germination was scored and tabulated. The
results from these tests are shown in the table below.
FortiCel Evaluation Table
Species
Black Enamel
Control Sample
no germination
Acremonium sp.
germination
Aspergillus caespitosus
germination
Aspergillus glaucus gp.
germination
Aspergillus versicolor
germination
Chaetomium globosum
Cladosporium sphaerospermum germination
germination
Fusarium sp.
germination
Paecilomyces variotii
germination
Penicillium aurantiogriseum
germination
Penicillium corylophilum
germination
Penicillium decumbens
germination
Stachybotrys sp.
germination
Trichoderma longibrachiatum
germination
Tritirachium oryzae
germination
Ulocladium botrytis
FortiCel
Water Agar
no germination
no germination
no germination
no germination
no germination
no germination
no germination
no germination
no germination
no germination
no germination
no germination
no germination
no germination
no germination
germination
germination
germination
germination
germination
germination
germination
germination
germination
germination
germination
germination
germination
germination
germination
*Evaluations noted are certified by MouldWorks
Conclusions
The FortiCel coating completely prevented any germination of spores
within the 15 species tested. Each species were tested independently to
evaluate the effect of the coating by spore type. This conclusive data
indicates that the coating is sufficiently capable of preventing mold
growth on the coating surface of each of the tested species.
Mold spores which are incapable of germinating will become completely
non-viable and therefore no longer represent recurring threat of growth.
All test conducted were without the supervision or influence of Protective
Coatings Group, LLC, which allowed for the studies to be independently
evaluated without undue influence or bias by any outside party.
The MouldWorks Mold Spore Germination Test protocol is a proprietary
testing method of MouldWorks. The protocol was developed to provide
extreme test measures that better represent real world conditions beyond
all existing ASTM protocols for microbial testing. It is believed by
MouldWorks that a determination of growth as reflected in ASTM is not
sufficient to predict long term results and that the proper evaluation
should be measured by the ability to prevent germination.
Sincerely yours,
George Carroll, Ph.D.
MouldWorks Mycologist
[täxÇ VâáàÉÅ [ÉÅxá? \ÇvA
April 23, 2006
Building Environmental Solutions, Inc.
Attn: Stewart Ray
825-C Merrimon Ave. #361
Asheville, NC 28804-2404
Mr. Ray
Here is a short story for you on how your product FortiCel saved us twice on the
same house.
We were in the process of building a 5,000 square foot home in the Lake Norman
area, when a sales representative of yours came by and talked to us. We were
not a hard sell as far as understanding the need for some type of mold and
mildew preventative.
We have all heard the horror stories concerning mold and mildew health issues
and the way it can turn any home into an un-sellable pile of wood. I was a hard
sell however, when it came to being assured we were using a safe product, as
you know from our conversations and the conversations I’ve had with your
chemists. Once convinced we were applying a product that would have no
adverse affects on our house or our clients, your product was applied to our new
construction.
Well, I was fortunate to sell the house to a gentleman from Las Vegas before
completion. Before closing however, (and while I was out of town), our painters
left the outside water faucet continually running on newly backfilled soil for hours
and hours. Needless to say, it ran right down the side of the house. As luck
would have it our French drains diverted most of the water, but a certain amount
did make it under the basement slab, right under a dark storage closet in a
corner of the basement. We did not have carpet down but moisture still came up
through the concrete and proceeded to create mold and mildew on the finish
lumber and sheetrock.
One of our client’s friends came by the house to check the progress and
discovered the problem. The client just happened to be a real estate agent in
Las Vegas who was aware of the issues concerning mold and mildew. They
informed me there would be no way they would purchase the house with mold
possibly growing in the wall and floor cavities to the first floor and would be
backing out of the deal.
Sharon F. Vogler - General Contractor
4824 White Oak Lane Denver, NC 28037 Tel: 704.489.9997 E-mail: [email protected]
Plain and simply, the fact the house had been treated with FortiCel and it was
backed with the warranty, saved the day. I sent the information to the client on
FortiCel and after he checked into it, he felt comfortable with proceeding with the
closing.
A few weeks ago, I received a call from the same client. He only uses this house
once every few months and walked into the basement to find the carpet wet and
mold growing on the baseboards and up the sheetrock. This area had a
community well water supply with guaranteed psi ratings, making individual
pressure regulators un-necessary.
Sadly, all the houses at the end of the lines were bombarded with over 125 psi of
water pressure when a regulator malfunctioned. The hot water heater had
released more gallons than the drain pan could handle flooding the basement.
Unfortunately, no one was home to discover the problem until the client came in
from out of town.
When the company that cleans up water damage came in, they warned me that
based on the mold and mildew they were seeing I was going to have problems
inside the wall cavities. I informed them I was confident I would, not only have
no mold on the studs but that I wouldn’t have anything on the floor plates either.
They mentioned places that were a lot better than this one and found plenty of
mold and mildew in the wall cavities.
Okay, I had an unfair advantage knowing the house was treated with FortiCel, it
was still fun seeing their faces when the framing was exposed and it looked as
good as the day it was put in.
What more could you possibly ask in pay back from a product? The grief and
expense it saved me on this one house will more than cover the application
expense for many houses to come. Coupled with the fact it is an excellent selling
tool, as we are one of the few taking the necessary steps to combat the growing
mold and mildew issues facing our industry.
FortiCel will be applied to every house Haven Custom Homes, Inc. builds, no
matter how big or small, in the future!
Sincerely,
Sharon F Vogler
Owner/General Contractor
Sharon F. Vogler - General Contractor
4824 White Oak Lane Denver, NC 28037 Tel: 704.489.9997 E-mail: [email protected]

Prevents mold on the coating surface of treated materials like:

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