Alkyd resins are produced by reacting a dibasic acid with a polyol and drying oil. The existence of numerous possible reactants lead to an almost endless variety of finished resins. The oil length of an alkyd resin is defined as the number of grams of oil used to produce 100 grams of resin. As the oil length of the resin increases, generally, the viscosity decreases, the hardness of the film decreases, film flexibility increases and water resistance is reduced.

Short oil alkyds are typically oven dried with the solubility limited to aromatic and other non-aliphatic solvents.

Non-Drying - These resins are characterized by low viscosity, good adhesion, excellent gloss retention, excellent color and a high level of compatibility with a variety of polymers. They are used in the formulation of baking enamels for cabinets, furniture and appliances; conversion coatings; lacquers and inks for foil coatings, clear lacquers and lacquer enamels.

11-1111 - Non Drying
11-1112 - Non Drying
11-1113 - Non Drying
11-1114 - Non Drying
11-1135 - Non Drying
21-1106 - Non Drying
21-1323 - Non Drying

Alkyd resins are produced by reacting a dibasic acid with a polyol and drying oil. The existence of numerous possible reactants lead to an almost endless variety of finished resins. The oil length of an alkyd resin is defined as the number of grams of oil used to produce 100 grams of resin. As the oil length of the resin increases, generally, the viscosity decreases, the hardness of the film decreases, film flexibility increases and water resistance is reduced.

Short oil alkyds are typically oven dried with the solubility limited to aromatic and other non-aliphatic solvents.

Oxidizing - Oxidizing (aka: Air Drying) resins are highly compatible with a variety of polymers and are used to plasticize cellulosic polymers (ie: nitrocellulose and cellulose acetate butyrate). They yield dried films with excellent adhesion, good durability, good chemical resistance and gloss and color retention. They are used to formulate baking enamels for metal furniture and cabinets, industrial primers and enamels, toy finishes, drum coatings, etc.

11-1308 - Oxidizing
11-1323 - Oxidizing
11-1329 - Oxidizing
11-1330 - Oxidizing
11-1335 - Oxidizing
11-1345 - Oxidizing

Alkyd resins are produced by reacting a dibasic acid with a polyol and drying oil. The existence of numerous possible reactants lead to an almost endless variety of finished resins. The oil length of an alkyd resin is defined as the number of grams of oil used to produce 100 grams of resin. As the oil length of the resin increases, generally, the viscosity decreases, the hardness of the film decreases, film flexibility increases and water resistance is reduced.

Short oil alkyds are typically oven dried with the solubility limited to aromatic and other non-aliphatic solvents.

Chain Stopped - These short oil alkyds are used to formulate coatings with high gloss and good gloss retention, good color retention, chalk resistance and good outdoor durability. They are compatible with a wide variety of polymers and form tough color stable films. They are used in the formulation of coatings for heavy construction equipment, farm equipment, transportation equipment, marine finishes, maintenance applications, toy enamels, automotive refinishes, etc.

Oxidizing - Oxidizing (aka: Air Drying) resins are highly compatible with a variety of polymers and are used to plasticize cellulosic polymers (ie: nitrocellulose and cellulose acetate butyrate). They yield dried films with excellent adhesion, good durability, good chemical resistance and gloss and color retention. They are used to formulate baking enamels for metal furniture and cabinets, industrial primers and enamels, toy finishes, drum coatings, etc.

21-1482 - Alkyd Modifier
11-1319 - Chain Stopped
11-1390 - Chain Stopped
11-1395 - Chain Stopped
11-1397 - Chain Stopped
11-1399 - Chain Stopped
11-1490 - Chain Stopped
11-1492 - Chain Stopped
11-1493 - Chain Stopped
21-1392 - Chain Stopped
21-1491 - Chain Stopped
21-1496 - Chain Stopped
11-1404 - Oxidizing

Alkyd resins are produced by reacting a dibasic acid with a polyol and drying oil. The existence of numerous possible reactants lead to an almost endless variety of finished resins. The oil length of an alkyd resin is defined as the number of grams of oil used to produce 100 grams of resin. As the oil length of the resin increases, generally, the viscosity decreases, the hardness of the film decreases, film flexibility increases and water resistance is reduced.

Short oil alkyds are typically oven dried with the solubility limited to aromatic and other non-aliphatic solvents.

Resin Emulsions - Short oil alkyd emulsions containing water reducible metal or combination driers yield very fast drying films with excellent stain blocking and wood penetration, with very good early water resistance. They are used to formulate air drying industrial primers and top coats.

31-3570 - Air Drying Emulsion
31-6001 - Air Drying Emulsion
31-6002 - Air Drying Emulsion

Alkyd resins are produced by reacting a dibasic acid with a polyol and drying oil. The existence of numerous possible reactants lead to an almost endless variety of finished resins. The oil length of an alkyd resin is defined as the number of grams of oil used to produce 100 grams of resin. As the oil length of the resin increases, generally, the viscosity decreases, the hardness of the film decreases, film flexibility increases and water resistance is reduced.

Short oil alkyds are typically oven dried with the solubility limited to aromatic and other non-aliphatic solvents.

Water Reducible - This special class of chain stopped short oil alkyds are designed for use in water reducible coatings systems. They yield dried films with good moisture resistance, good corrosion resistance and good durability. These resins are used to formulate baking enamels for metal furniture and cabinets, industrial primers and enamels, toy finishes, drum coatings, etc.

Chain Stopped - These short oil alkyds are used to formulate coatings with high gloss and good gloss retention, good color retention, chalk resistance and good outdoor durability. They are compatible with a wide variety of polymers and form tough color stable films. They are used in the formulation of coatings for heavy construction equipment, farm equipment, transportation equipment, marine finishes, maintenance applications, toy enamels, automotive refinishes, etc.

41-1390 - Water Reducible Chain Stopped
41-1393 - Water Reducible Chain Stopped
41-1497 - Water Reducible Chain Stopped