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GF200 Series
- GlassFlake GF200 Series protective coatings are formulated with
premium
Bisphenol A polyesters and have been used for over 30 years in
secondary containment, tank lining, pipe lining, pump lining, waste
treatment and many other corrosive applications.
GF200 Series protective coatings excel in both high and low
pH environments, such as concentrated mineral acids and bases, while
providing an extremely impermeable barrier from the penetration
of aggressive chemical media. Flakeglass is added in quantity and size as
required for the specific application.
GF300 Series
GlassFlake 300 Series protective coatings are based upon chlorendic
anhydride polyester and demonstrate excellent chemical resistance
to oxidizing acids, chlorinated solvents, and most other chlorine/chloride
applications. With a high heat distortion temperature and
the Class I or Class II flame spread rating of this material, the
GF300 Series excels in applications requiring flame spread resistance. Flakeglass is added in quantity and size as
required for the specific application.
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GF400 Series
GlassFlake GF400 Series protective coatings are based upon 100%
solids, polyamine-cured
novolac epoxy resin systems, which exhibit excellent resistance to
organic solvents, caustic environments, dilute acidic exposures and
are also recommended for FDA-type food contact applications.
GF400 Series products have excellent adhesion properties and
very good abrasive resistance, and the addition of flakeglass provides
excellent resistance to permeation.
GF400 coatings are also well suited for crude oil and petroleum
storage applications. |

GF600 Series GlassFlake
GF600 Series protective coatings are produced with premium vinyl ester
resin systems and offer good resistance to solvents as well as excellent
resistance to caustic and other high pH environments. GF600 Series higher tensile elongation makes them an excellent
choice in applications which undergo cyclic process temperature changes. The addition of flakeglass provides protection
against severe chemical exposures and immersion service. Typical applications are found in the water/wastewater,
pipeline, and chemical industries. |
GF1500 Series
GlassFlake GF1500 Series protective coatings are based upon premium,
isophthalic polyester
resin systems, which provide cost effective chemical resistance in
salt spray and refined petroleum product applications.
GF1500 Series is used on offshore oil platforms, cargo ship,
and petrochemical tank lining applications. Its excellent water resistance makes it ideal for marine environment
situations. Flakeglass is
added in quantity and size as required for the specific application.
GF4100 Series GlassFlake 4100 Series protective coatings are produced with 100% solids,
polyamine-cured novolac epoxy resins and are designed for resurfacing
old and protecting new concrete floors from chemical and physical
abuse. In addition to flakeglass, GF4100 Series products
are aggregate filled to produce a mortar like consistency that may
be troweled or power-troweled.
GF4100 products exhibit excellent chemical resistance, inherently
provide skid resistance, and may be used in both refrigerated and
higher temperature applications.
It is authorized by USDA for use in federally inspected meat
and poultry plants.
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GF4900 Series GlassFlake GF4900 Series protective coatings are modified novolac epoxy
polysulfide coatings that provide high-build protection for steel
or concrete surfaces. This
family of products exhibit exceptional flexibility, elongation,
and strength for bridging minor cracks or for substrates that have
high vibration and/or movement. In addition to the extreme flexibility, GF4900
products possess a high level of abrasion and moisture resistance. This material is widely used for tank lining,
wastewater applications, and monolithic floor coating where crack
bridging is an objective.
GF6100 Series GlassFlake GF6100 Series protective coatings are produced with premium
novolac vinyl ester resins which exhibit excellent resistance to
solvents and improved resistance to organic acids and bases. GF6100 Series products are used where aggressive
solvent and/or high temperatures are present. Typical applications include tall oil, pulp
mill black liquor, ethyl alcohol, and super unleaded gasoline. Flakeglass is added in quantity and size as
required for the specific application.
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Primers
GF1300 Series GlassFlake GF1300 Series primers are solvent-borne, moisture-cured,
two-component polyurethane resin systems used to seal concrete substrates
and provide a bonding surface for polyester and vinyl ester based
GlassFlake protective coatings.
GF1300 Series primers may also be used as a bonding agent
when GlassFlake coatings are applied over fiberglass (FRP) surfaces.
GF1400 Series
GlassFlake GF1400 Series primers are based upon solvent-borne, two-component
epoxy resin systems used primarily as concrete sealer or primers for
epoxy-based coating systems. When used as a concrete sealer, the formulation
exhibits excellent penetration and good abrasion resistance, making
the coating an excellent anti-dusting coating for new concrete structures. As a concrete primer, GF1400 products exhibit
very good penetration and secondary bonding characteristics to epoxy
overcoats. On metal, the primer
preserves the integrity of the blasted substrate for several days,
until polyester or vinyl ester topcoats can be applied. |
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GF1600 Series GlassFlake GF1600 Series primers are based upon flexibilized premium
vinyl ester resins and provide excellent bonding characteristics
to both concrete and steel substrates.
GF1600 products can be used to prime large blasted steel
surfaces to preserve their integrity until over coating can be accomplished. GF1600 products are highly corrosion resistant.
GF1700 Series
GlassFlake GF1700 Series primers are 100% amine-cured epoxy resin
materials that cure in the presence of water.
These primers are used principally to prime and seal wet
concrete areas, which are to be over coated with epoxy finish coats.
Typical applications include sumps, wet wells, trenches,
shower rooms, or any application in a high moisture environment.
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