SETAL A E 41 X is a short-oil, fatty acid-modified alkyd resin with extremely low viscosity. In the formulation of nitrocellulose lacquers for wood. Nitrocellulose lacquers. SETAL A E 41 X is an alkyd resin with extremely low viscosity for use in the formulation of nitrocellulose lacquers. It is characterized in particular by the following: unusually fast drying rates, especially at high wet film thicknesses, high flexibility and hardness, excellent sandability and high body combined with good sag resistance of the films on wood, excellent lightfastness, excellent intercoat adhesion. The extremely low viscosity of SETAL A E 41 X results in higher solids contents. SETAL A E 41 X can be combined in various ratios with nitrocellulose to formulate wood lacquers. Because of its unusually fast drying rates, SETAAL A E 41 X has gained particular significance in wood lacquers for application on production lines using conveyor dryers.

SETAL 84 XX-70 is a very good durability, excellent colour and gloss retention , high body. It is used: Stoving enamels, car body enamels, enamels for domestic appliances, laboratory equipment, electric apparatus etc. Clear and pigmented acid curing finishes. Clear and pigmented nitrocellulose lacquers. Clear and pigmented polyurethane lacquers. Roller coatings for high stoving temperatures (120-160 °C), especially overprint varnishes. Coil coatings.

SETALUX 1152 SS-60 is in combination with aliphatic poly-isocyanates: easy application, even under conditions of high humidity and low temperatures. High build and practically no yellowing under UV light, excellent exterior durability, good mechanical properties and chemical resistance. It is used as varnishes and clearcoats for drying at room temperature and also between 60 °C and 80 °C.

SETALUX DA 160 SN is primarily applied in combination with Desmodur N, in the formulation of twocomponent polyurethane coatings with good lightfastness and resistance to chalking. SETALUX D A 160 SN is used primarily in combination with Desmodur N 75 or N 3390 to formulate air- and force-drying top coats as well as anticorrosion coatings and top coats for steel in civil and hydraulic engineering applications. The coatings can be applied by brushing, rolling and airless spraying. They have good weather stability and resistance to water, washing solutions and chemicals. They are stable up to approx. 150 °C. However, yellowing may occur at this temperature.