Wood primers:
Primers for MDF, Poplar and other popular woods used for doors and various shapes and types of molding. Airless, air assisted airless, curtain coating and other application methods are supported.
Easily stirred with minimal separation for up to six months. High hiding and colorant ready. Quick drying, buffs easily for a smooth finish. Can be formulated for exterior exposure with mold and mildew resistance.

Stain resistant exterior and interior primers based on Acrylic and Styrene Acrylic binders. These formulations resist mold and mildew; prevent staining from a variety of natural wood oils and produce films with excellent adhesion to wood, masonry and Hardy Board. Interior formulations resist mold and mildew and effectively prevent bleeding from many common household stains including water, allowing blemish free topcoat applications.

Elastomerics:
Roof coatings, meeting ASTM 6083-05 based on 100% Acrylic and Styrene Acrylic formulations featuring long term Mold, mildew and Algae resistance, superior dirt pickup resistance and adhesion to a variety of surfaces.

Exterior Vertical wall finishes based on elastomeric binders, featuring ceramic reinforcement, exceptional long term film flexibility, persistent mold and mildew resistance and color stability. Formulated for high film build which produces applications with up to 5 times the dry film thickness of conventional high quality exterior finishes. Formulations allow water vapor to exit the dried film and the dried product remains highly flexible over its life allowing substrate expansion and contraction without film cracking.

Masonry Finishes:
Formulations which provide excellent effervescence resistance, early alkali resistance and adhesion to high PH surfaces. Formulations feature high film build and excellent resistance to mold and mildew and a high degree of flexibility. Can be applied on substrates with PH values in excess of 13.


Phase Change Coatings:

Utilizing Phase Change Materials (PCM) which absorb heat energy as the encapsulated phase change material transitions from a solid state to a liquid state and releases the stored heat when temperatures drop. This heat exchange process produces a thermal buffering condition, minimizing changes of the temperature of the skin. Coatings can be made which can be applied by roll coater or sprayed which carry the microencapsulated PCM’s and allow the production of highly flexible durable, odor free films which dry quickly. These products are useful in foam mattress covers and foam mattresses. As well as other coatings.