SealBond is a polymer-modified acrylic penetrating finishing sealant. It provides significant resistance to dirt and moisture from penetrating into the substrate. It can be brushed-on, rolled-on, or sprayed-on. Used undiluted directly from the container, it penetrates deep into porous substrates leaving a virtually invisible, clear protective film.
Intended Uses
SealBond is typically used on exposed aggregate as a penetrating sealant intended for Commercial, Industrial, Institutional and Residential exterior applications. It may be applied over exposed aggregated, cast or poured concrete, tilt-ups, cinder/concrete block and brick. SealBond can also be used as a very effective sacrificial graffiti blocker, which can be applied over most previously painted surfaces, raw concrete and masonry.
Product Data
Characteristics
Obsevations
Weight per US G (3.78L)
10 Lbs. (4.99Kg)
Non-Volatile Solids
By Volume: 23%
Toxicity
Material is non-toxic & requires no
special ventilation during application.
Contains no materials considered to
be health hazards.
Flammability
In container: Non-Flammable
Package Stability
Greater than 180 days at 72° F (22° C)
Fungus Resistance
No fungus growth when material tested in
an environment of three organisms.
Application Characteristics
Appearance
White, opaque in liquid form - Dries to a clear finish
Approximate Coverage
Rough porous surface -250 to 350 sq ft./gal
Smooth, tight surface - 350 to 450 sq ft./gal
Dry Base film Thickness
One coat 1 to 2 dry mils - 0.025 to 0.051mm
Two coats 2 to 3 dry mils - 0.051 to 0.076mm
Subtrate Preparation
Dry, clean, free of loose particals
Application Temperature Range
39° F (4°C) subtrate to 80°F (29°C) ambient air in
direct sunlight.
Air dry, 15 to 30 minutes with moderate to low
ambient humidity.
Primary Cure
Air dry, 48hours at 50°F (15.5°C) or greater surface
temperature with moderate to low ambient humidity.
Solvent (before curing)
Water
Cohesion Strength
Outstanding bond to dry or slightly damp surfaces.
Strong coesion to any clean, dry, concrete, masonry,
brick and wood surfaces. Hydrostatic pressure will
disrupt this bond.
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