Specification

FLOOR COATING TECHNICAL DATA RSD-01
ROCKSOLID
®
POLYCURAMINE
®
GARAGE FLOOR COATING KIT
Form: GDH-604
Rev.: 082416
1
.DESCRIPTION AND USES .
RockSolid Floors
®
Polycuramine
®
Garage Floor Coating
Kit is designed to provide excellent hardness, adhesion
and durability on properly prepared concrete floors. It has
excellent resistance to salt, oil, gasoline and other harsh
chemicals. This garage floor coating contains zero VOC
making it environmentally safe and is packaged in
pouches, which reduces waste.
RockSolid Polycuramine is designed to be applied over
concrete surfaces. The surface should be free of loose
particles, rust, oils and contaminants. It is recommended
that this product be applied in 4’ X 4’ sections in an “M”
and “W” pattern to help ensure proper coverage.
. PRODUCT FEATURES .
Low odor and can be applied indoors
Formulated without the addition of VOC containing solvent
One coat system
45 minute pot life
Patented Burst Pouch Technology
96% solids formulation
Has excellent self-leveling properties
7 day recoat window without sanding
Excellent durability in a single coat
.KIT INCLUDES .
Polycuramine Burst Pouch
Foam Roller
Decorative Chips
Concrete Etch
Instructions
.PRODUCTS .
SKU Description
286879 Gray 2.5 Car Kit
286891 Gray 1 Car Kit
286890 Mocha 2.5 Car Kit
286892 Mocha 1 Car Kit
308637 Dark Gray 2.5 Car Kit
308638 Dark Gray 1 Car Kit
.PACKAGING .
Two part Burst Pouch Technology
(U.S. Patent Number 8,381,903 B2)
.APPEARANCE .
High gloss
PRODUCT APPLICATION .
SURFACE PREPARATION
Proper surface preparation is critical to achieve best
results. Scrub heavily soiled areas with RockSolid Heavy
Duty Degreaser or Rust-Oleum Cleaner & Degreaser (sold
separately). Scrub thoroughly, then rinse. Repeat as
needed.
.PRODUCT APPLICATION (cont.) .
SURFACE PREPARATION (cont.)
Use the supplied RockSolid concrete etch per the
instructions to provide the proper surface condition to
ensure proper adhesion. Rinse the floor thoroughly and
allow it to dry completely.
Moisture Testing - New concrete should be allowed to
cure for 30 days before application of any coating. If there
is any doubt about the dryness of the concrete, conduct a
test by simply taping a piece of 4 mil plastic sheet 18x18”
on the bare concrete for 24 hours. Be sure to tape all four
sides. After 24 hours, check the concrete for signs of
moisture. The concrete substrate will be darker if damp. If
moisture is found, allow additional drying time (10-14
days) and repeat the test.
Testing for Sealer - Check for curing compounds or other
types of sealers by pouring a small amount of water onto
the concrete. If water soaks in, the surface is porous
enough for coating. If water soaks in, the surface is
suitable for coating. If water beads up on the concrete, the
surface is not porous and a test application is warranted to
ensure proper adhesion will develop. Sanding or
mechanical abrading may be required if proper adhesion
does not develop.
Previously Coated Floors - Previously coated floors
need to be in good condition with proper adhesion to the
concrete substrate. Check the adhesion of the previous
coating by cutting a small X in the coating using a sharp
razor knife. Firmly apply a piece of 5” duct tape over the
center of the X cut, and then pull off with a fast snap. If
more than 10% of the taped area is removed, the original
coating is not bonded well and needs to be removed
chemically or mechanically with a grinder.
WARNING! If you scrape, sand or remove old paint from
any surface, you may release lead paint dust. LEAD IS
TOXIC. EXPOSURE TO LEAD DUST CAN CAUSE
SERIOUS ILLNESS, SUCH AS BRAIN DAMAGE;
ESPECIALLY IN CHILDREN. PREGNANT WOMEN
SHOULD ALSO AVOID EXPOSURE. Wear a NIOSH
approved respirator to control lead exposure. Clean up
carefully with a HEPA vacuum and a wet mop. Before you
start, find out how to protect yourself and your family by
contacting the National Lead Information Hotline at 1-800-
424-LEAD or log on to www.epa.gov/lead.
MIXING
MIX ONLY ONE POUCH AT A TIME. Both components
and the environment should be pre- conditioned to a
minimum of 40ºF (4ºC) prior to use. Be sure the air and
surface temperatures are at least 5º above the dew point.

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