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Description of Ucrete
HF.
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Monolithic, trowel
applied and urethane
modified cement
topping.
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Extremely tough with
many physical
properties that
exceed those of
typical concrete.
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High impact
resistance,
excellent thermal
shock, chemical
resistant - ideal
for manufacturing
areas.
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Unique “breathing”
system makes it a
viable solution for
many moisture
problems.
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Benefits of Ucrete
HF.
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Resists steam or
continuous hot-water
cleaning
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Minimizes down time
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Low odor; VOC
compliant
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Single-lift
application
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Proven track record
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Accelerates work
schedules
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Reduces shear at
bond line
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Tolerates organic
and inorganic acids,
alkalis and salts
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Handles wide
temperature
fluctuations
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Exceeds that of
typical epoxy
overlays
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Handles heavy
traffic
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Prevents shear at
bond line
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Meets ADA
recommendations
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Features of Ucrete
HF.
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Thermal stability
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Fast curing
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Solvent free
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No priming or
sealing of substrate
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30 years of project
references
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Can be applied to
7-10 day old
properly prepared
concrete
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Extremely high bond
strength
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Chemical resistant
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Unaffected by
freeze/thaw cycles
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Wide temperature
in-service range
from -50° to 235° F
(-45 to 112° C)
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Excellent impact and
abrasion resistance
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Coefficient of
thermal expansion
similar to concrete
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Slip resistant
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Applications for
Ucrete HF.
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Where severe
conditions
exist—high impact
pressure, thermal
shock, and chemical
exposure.
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Where steam or hot
water is required
for cleaning.
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Meat, poultry, and
dairy plants.
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Commercial kitchens
and restaurants.
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Freezers and
coolers.
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Badly damaged
surfaces that need a
fast, economical
resurfacer.
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New construction
projects.
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Bottling facilities.
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Pharmaceutical
plants.
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Pulp and paper
mills.
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Chemical processing
facilities.
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Waste-water
treatment
facilities.
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Will not support
growth of fungus or
bacteria.
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Complies to:
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USDA accepted for
use in federally
inspected meat and
poultry plants in
the USA.
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Meets ADA
recommendations for
a slip-resistant
flooring surface.
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Ministry of
Agriculture, Canada,
accepted for use in
food establishments
in Canada.
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British Standard
Specifications
(BSS), for use in
the U.K.
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Test Data:
System
Performance
Properties |
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Compressive
strength,
psi
(MPa) |
ASTM C 579 |
7,300 (50.3) |
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Tensile
strength,
psi
(MPa) |
ASTM C 307 |
800 (5.5) |
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Coefficient of
thermal |
ASTM C 531 |
1.1 x 10ˉⁿ
[n=5], (2.0 x
10ˉⁿ [n=5]) |
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expansion,
in/in/°F
(cm/cm/°C) |
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Density,
lb/ft³ (g/cm³) |
ASTM C 905 |
130 (2.80) |
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Resistance to
fungi growth |
ASTM G 21 |
Passes, rating
of one |
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Impact
resistance |
ASTM D 2794 |
No visible
damage or
deterioration at
minimum 160
in-lb |
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Compressive
modulus,
psi
(MPa) |
ASTM C 469 |
1.7 x 10ⁿ [n=5]
(1,170) |
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Flexural
strength |
ASTM C 580 |
1,800 (12.4) |
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Modulus of
elasticity,
psi
(MPa) |
ASTM C 469 |
1.7 x 10ⁿ [n=5]
(1,170) |
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Thermal
conductivity, |
ASTM C 177 |
8 (1.2) |
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BTU-in/in-ft² °F
(W/mK) |
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Water
absorption,
% |
ASTM C 413 |
< 0.1 |
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Abrasion
resistance,
gloss; |
ASTM C 4060 |
0.07 |
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CS-17 Wheel,
1,000 cycles |
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Resistance to
elevated
temperatures |
MIL-D-3134 |
No flow or
softening |
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Adhesion,
psi
(MPa) |
ASTM D 4541 |
400 (2.8) 100%
concrete failure |
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Coefficient of
friction,
wet and dry |
ASTM D 2047 |
Passes ADA
recommendations |
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Click here for the
Material Safety Data
Sheet in PDF format. |
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