| Products -
Durable
Art on Stone, Porcelain, Glass, and Ceramic
Tiles
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Murals
Murals typically cover many
tiles and can be any size.
Typical sizes are:
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16x24
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20x24
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30x36
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Frescos
The image on a Fresco covers
one stone.
It can be any size:
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4x4
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6x6
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12x12
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Borders
Borders are formatted to be
12" long which repeats for as long as
necessary. They can cover two 3x6 or 4x6
tiles, three 4x4 tiles, or one 12x12 tile.
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Armored Coatings’ Tile & Masonry Sealer with XYLEXIN
For Extreme Protection |
Florentine Artworks in conjunction with Armored
Coatings is now ready to offer a maintenance free
tile and masonry sealer with the special ingredient Xylexin.
The major question facing commercial and residential
flooring is: When does your sealer stop working? Is
the answer one month, 6 months, or a year? What if
the answer was 10 to 20 years?!
The next important question to consider is: What are
the consequences when your sealer quits on you? The
answer is always this – a ruined floor. Armored
Coatings Tile & Masonry Sealer with XYLEXIN can
prevent this inevitable end. Don’t lose your
investment!
The technology for a maintenance free coating was
developed for projects which demanded maintenance
free finishes - bridges, off shore rigs, air craft,
and military equipment. Florentine Artworks &
Armored Coatings takes advantage of these long-time,
proven technologies to provide maintenance free
polymers for your commercial and residential
flooring needs. This sealer prevents staining, dirt,
mold, and mildew while providing you with increased
wear and durability and overall protection of your
stone tiles.
Imagine never having to squeegee your shower again
or cleaning your bathroom or kitchen counters with a
duster and achieving a healthier home environment.
Armored Coatings’ Tile & Masonry Sealer with Xylexin…
- is highly resistant to stains, graffiti, and
dirt.
- resists corrosion and chemicals.
- boasts abrasion resistance superior to
epoxy.
- has adhesive strength of 2700 psi
(conventional coatings offer 500-1000 psi).
- has USDA approval.
- features unlimited top coat window (easy
field touch-up.)
- has a cure time of two hours at 70 degrees
Fahrenheit.
- does not yellow.
- is easily applied with a brush roller or
spray.
Why XYLEXIN?
- The inorganic silicon-oxygen structure is
stronger and more durable than the carbon-based
structure in organic polymers
- The silicon-oxygen structure is inherently
more heat stable, leading to higher heat
resistance
- The inorganic silicon-oxygen based polymer
is unaffected by sunlight and ultraviolet
attack. By comparison, epoxies show typical
early chalking and fading; polyurethanes will
show fading and loss of gloss in 3 to 5 years in
high UV environments.
- The inorganic silicon-oxygen polymer is not
affected by atmospheric oxygen and most
oxidizing chemicals, in contrast to organic
polymers that eventually oxidize and degrade.
- The siloxane polymer is not combustible
since it is essentially inorganic. Epoxies and
polyurethanes will burn and generate smoke and
toxic fumes.
- Products that contain XYLEXIN are
essentially unaffected by nuclear radiation, and
are readily decontaminated.
- Products that contain XYLEXIN displays, in
one polymer family, an unmatched combination of
the following properties:
- Ultraviolet resistance
- Adhesion
- Corrosion resistance
- Immersion service capability
- Thermal resistance
- Formulation latitude and versatility in
developing topcoats, tank linings, pipes,
adhesives and surfacers
- Products that contain XYLEXIN can be
formulated with high solids and very low to zero
volatile organic compounds (V.O.C).
- Products that contain XYLEXIN do not have
“worker safety” raw materials of concern like
the isocyanates in polyurethanes.
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Xylexin ASTM Test Results
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| TEST |
METHOD |
TYPICAL RESULTS |
| ABRASION |
ASTM Abrasion
Resistance of Organic Coatings by the Taber Abraser
[one coat at 6-7 mils DFT]
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No more than 53
milligrams average loss after 1000 cycles with CS-17
wheels and 1000 grams load. |
| COEFFICIENT OF
FRICTION |
Horizontal
Dynamometer pull method using modified ASTM 1026
[measured on flat, clear] |
Dry static
coefficient: 0.87
Wet static coefficient: 0.60
Values above 0.5 for the wet test are generally
regarded as safe.
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| ADHESION |
ASTM D4541 Pull-off
Strength of Coating Using Portable Adhesion Testers
[one coat at 5-7 mils DFT]
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No less than 2000
psi [average of 3 readings] |
| CLEVELAND HUMIDITY |
ASTM D2247 Testing
Water Resistance of Coatings in 100% Relative
Humidity [one coat at 5-7 mils] DFT
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No blistering or
cracking after 5500 hours of exposure. |
| EXTERIOR SEVERE
WEATHERING |
South Florida Marine
Exposure, exposed 45 degrees facing east [one coat
at 6-7 mils DFT] |
No blistering,
cracking or deformation of film after 18 months of
exposure. 90.1% gloss retention after 18 months of
exposure.
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| FLAME SPREAD |
ASTM E84-84 Standard
Method of Test for surface Burning Characteristics
of Building Materials [one coat 15 20 mils DFT
maximum]
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Flame spread: 10
Smoke developed: 15
NFPA Class A |
| IMPACT RESISTANCE |
ASTM D2794
Resistance of Organic Coatings to the Effects of
Rapid Deformation (impact) [one coat at 7 mils DFT
over 11-gauge carbon]
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Direct: 38 inch-lbs
Reverse: 08 inch-lbs |
| PENCIL HARDNESS |
ASTM D3363 Film
Hardness by Pencil Test [one coat at 6 mils DFT].
Surface preparation: Clean and dry.
|
Rating not less than
5H Gouge Resistance and H Scratch Resistance |
| UV WEATHERING |
Accelerated
Ultraviolet Cyclic Weathering Test [one coat at 6-7
mils DFT]. Surface preparation: Clean and dry.
|
Typically, no
blistering, cracking, or delamination of file after
15 weeks of exposure. |
| SALT SPRAY (FOG) |
ASTM 117 Salt Spray
(Fog) Testing [one coat at 6-7 mils DFT]
|
No blistering,
cracking, softening, or delamination of film after
5,500 hours of exposure. |
| QUALIFICATIONS: |
|
| USDA |
Complies
with requirements for incidental food contact
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| NUCLEAR POWER PLANTS |
Service
Level II
|
| NFPA |
Class A |
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