Saturated, carboxylated polyester resin. Used for isocyanate cure in powder coatings for industrial and architectural purposes. Offers good flow, mechanical properties and outdoor durability and... view more

Saturated, hydroxylated polyester resin. Used for caprolactam blocked isophorone diisocyanate cure in powder coatings for industrial and architectural purposes. Offers good flow, outdoor durability... view more

Saturated, hydroxylated polyester resin. Used for isocyanate cure in powder coatings for industrial purposes. Offers good flow, mechanical properties and resistance boiling water and medium cure... view more

Uralac® P 1535 by Covestro is a saturated, hydroxylated polyester resin. Used for isocyanate cure in powder coatings for architectural and industrial purposes. Offers good flow, outdoor durability... view more

Uralac® P 1550 by Covestro is a saturated, hydroxylated polyester resin. Used for isocyanate cure in powder coatings for architectural purposes. Offers good flow and very good durability. Uralac® P... view more

Saturated, hydroxylated polyester resin. Used for isocyanate cure in powder coatings for industrial and architectural purposes. Offers good flow, outdoor durability and slow cure... view more

Saturated, hydroxylated polyester resin. Used for isocyanate cure in powder coatings for semi architectural and industrial purposes. Offers good flow, mechanical properties, outdoor durability and... view more

Uralac® P 2200 by Covestro is a saturated, carboxylated polyester resin. Used for TGIC cure in powder coatings for industrial and architectural purposes. Offers good surface hardness, outdoor... view more

Uralac® P 2220 by Covestro is a saturated, carboxylated polyester resin. Used for TGIC cure in powder coatings for architectural purposes. Exhibits good mechanical properties, adhesion, outdoor... view more

Uralac® P 2240 by Covestro is a saturated, carboxylated polyester resin. Used in powder coatings for architectural purposes. Exhibits improved humidity- & chemical resistance, good mechanical... view more

Uralac® P 2400 by Covestro is a flexible, saturated, carboxylated polyester resin. Used for TGIC cure in powder coatings for architectural and industrial purposes. Exhibits outdoor durability... view more

Uralac® P 2450 by Covestro is a flexible, saturated, carboxylated polyester resin. Used for epoxy resin cure in powder coatings. Exhibits high glass transition temperature, mechanical properties... view more

Saturated, carboxylated polyester resin. Used for epoxy resin cure in powder coatings. Offers mechanical properties, yellowing, salt spray and detergent resistance... view more

Uralac® P 2610 by Covestro is a saturated, carboxylated polyester resin. Used for epoxy resin cure in powder coatings. Offers pigment wetting, mechanical properties, salt spray and detergent... view more

Uralac® P 2612 is a saturated, carboxylated polyester resin by Covestro. Used for epoxy resin cure in powder coatings. Exhibits pigment wetting, mechanical properties, good flow, gloss retention... view more

Saturated, carboxylated polyester resin. Used TGIC cure in powder coatings for architectural and industrial purposes. Offers good flow, outdoor durability, mechanical properties, over bake... view more

Uralac® P 3400 by Covestro is a flexible, saturated, carboxylated polyester resin. Used TGIC cure in powder coatings for architectural and industrial purposes. Offers robust processability, good... view more

Uralac® P 3450 by Covestro is a carboxylated, saturated polyester resin. Offers fast cure, flexibility, adhesion and robust processability. Provides corrosion-, humidity- and staining resistance... view more

Uralac® P 3480 by Covestro is a flexible, saturated, carboxylated polyester resin. Exhibits tribo chargeability, slow cure, brittleness and non-blooming characteristics. Provides good durability and... view more

Uralac® P 3485 by Covestro is a saturated, carboxylated polyester resin. Used in powder coatings for architectural and industrial purpose. Offers good powder stability, flexibility, flow, adhesion... view more