Products

Michem® Emulsion 41740 - An additive that provides release and water resistance in specialty coated films and papers. An effective tactile modifier for interior automotive coatings, it can help give synthetic materials a leather feel.

Michem® Prime 6121 provides outstanding adhesion to both metallic and cellulosic substrates, aids corrosion protection, and enhances the water, grease, oil and solvent resistance of coatings and adhesives. It can serve as a tie coat or primer for extrusion coatings, a foil laminate, a specialty paper coating, a paper sizing agent, a heat sealable coating or a nonwoven binder.

Michem® Prime 4990R provides outstanding adhesion to both metallic and cellulosic substrates and enhances the water, grease, oil, and solvent-resistance of coatings and adhesives. It can serve as a tie coat or primer for extrusion coatings, a foil laminate, specialty paper coating, paper sizing agent, heat sealable coating, and a nonwoven binder, and used as a thermally active binder in thermal transfer release coatings.

Michem® Emulsion 71152 provides excellent water resistance in paint and varnish applications.

Michem® Prime 2960 provides outstanding adhesion to both metallic and cellulosic substrates, and enhances the corrosion, water, grease, oil and solvent resistance of coatings and adhesives.

Michem® Emulsion 70750 imparts excellent early water resistance and release properties when used as an additive in wood coatings, furniture coatings and other water based coatings when additional water resistant properties are needed.

Michem® Prime 4983-40R provides outstanding adhesion to metallic and cellulosic substrates and enhances the water, grease, oil and solvent resistance of coatings and adhesives and is a high solids, more economical version of Michem® Prime 4983R. . The adhesion properties of Michem® Prime facilitate its use as a primer for extrusion coatings. Utilizing this "tie coat" functionality, dissimilar materials can be combined to produce a substrate with the unique properties of each material.