Ceramic frit vs. opaci-coat-300®
50% silicone, 50% water solution is sprayed, roller coated, or curtain coated onto glass and dried by evaporation of water (either ambient or oven), curing the silicone to the surface of the glass.
Ceramic clay applied to glass is heated to 1,100°F (600°C) and becomes fused to the glass.
Unlimited. Silicones have an excellent track record in construction. OPACI-COAT-300® has been in use for more than thirty years.
Unlimited, because the frit is fused to the glass.
Ceramic frit does not break down when exposed to ultraviolet rays.
Resistance to Ultraviolet
OPACI-COAT-300® does not break down when exposed to ultraviolet rays.
Silicone bonds with the glass and will hold broken glass in an opening when applied at a wet film thickness of 13 mils.
Ceramic frit has no ability to help glass remain in an opening when
Silicone surface can be repaired in the field if scratched, or touched up if coverage has noticeable light areas from the exterior.
Frit cannot be repaired if frit surface is damaged.
Exceptional color matching capabilities (including reds and yellows) with three day lead times on most sample and production orders.
Matches very well with dark colors. Can have noticeable lines or streaks
in light colors. Most reds and
yellows are impossible.
Does not contain any environmentally hazardous ingredients. No lead or heavy metals. We are Green!
Contains solvents and other heavy metals that create concerns
regarding hazardous material
5 years by fabricator
OPACI-COAT-300® may be applied to a wide variety of reflective glass as well as pyrolitic glass surfaces.
Metalized Glass Coatings
Ceramic frit cannot be applied to the reflective surface of the glass.
OPACI-COAT-300® is applied to glass after tempering, which prevents color shifts brought about by very high heat. Therefore, the use of OPACI-COAT-300® may result in a more predictable, desirable color for spandrel glass. Benefits are realized in the initial spandrel glass creation for all potential replacement lites.
Ceramic frit is applied to spandrel glass, then subjected to very high heat which may cause unwanted
changes in the desired color.