MACRYNAL SM 513/60LG is an excellent mechanical properties and chemical resistance, high gloss. Fast drying two pack systems, in paricular for primer surfacers for car repairs and for general industrial applications. In combination with aliphatic polyisocyanates Macrynal SM 513/60LG is recommended for at ambient temperature drying or forced drying two pack systems. The principal application field is automotive refinishing and high-grade industrial paints. Due to its rapid initial drying Macrynal SM 513 is especially useful for the formulation of primer surfacers. Automotive refinishing clearcoats based on Macrynal SM 513 must be stabilized with light stabilizers.

MACRYNAL SM 516/70BAC is an air-drying and forced drying two pack medium high solids systems with high gloss, excellent mechanical properties, excellent chemical resistance and good outdoor stability for automotive refinishes. In combination with aliphatic polyisocyanates Macrynal SM 516 is suggested for air-drying and forced drying two pack high-solids systems. The principal application area is high quality automotive refinishes.

MACRYNAL SM 510N/60LG LC is a high gloss, very good mechanical properties, excellent outdoor stability and chemical resistance. In combination with polyisocyanates for at room temperature drying or forced drying two-pack systems for the industrial lacquer sector. In combination with aliphaticpolyisocyanates Macrynal SM 510 is recommended for at room temperature drying or forced drying two-pack systems. The principal application is the industrial lacquer sector. Coatings based on Macrynal SM 510 provide very good solvent and chemical resistance as well as excellent outdoor stability.

ROSKYDAL K 65 is a binder for highly filled, coarse and fine knifing fillers for use on metal, wood and mineral substrates. Fillers based on ROSKYDAL K 65 cure fully when applied in both thin and thick coats. They can be made harder by the addition of, for example, ROSKYDAL K 14 M or ROSKYDAL K 36. Formulation Combinations of talc, dolomite/calcite and baryteswith lowiron content have proved suitable as extenders, with talc as the main component because it improves the adhesion to the substrate.