CRYLCOAT® 2468-5 by allnex is a low reactive, carboxyl functional polyester resin. It possesses good suitability to formulate matte coatings. Formulations based on CRYLCOAT® 2468-5 exhibit good... view more

CRYLCOAT® 2470-2 (Old Name: CRYLCOAT® E 04670) by allnex is a carboxyl functional saturated polyester resin. It offers good flow, mechanical and improved outdoor durability. It is used with 4% TGIC... view more

CRYLCOAT® 2471-4 by allnex is carboxyl functional polyester resin. It is designed for clear exterior durable powder coatings when used with 93/7 TGIC. CRYLCOAT® 2471-4 exhibits optimized flow and... view more

CRYLCOAT® 2472-4 by allnex is carboxyl functional polyester resin. It exhibits optimized flow and transparency. CRYLCOAT® 2472-4 is designed for clear exterior durable powder coatings when used with... view more

CRYLCOAT® 2473-4 by allnex is carboxyl functional polyester resin. It is used for clear exterior durable powder coatings when used with 93/7 TGIC. CRYLCOAT® 2473-4 exhibits optimized flow and... view more

CRYLCOAT® 2476-2 by allnex is a medium reactive, carboxyl functional saturated polyester resin. It is designed for curing with TGIC in the ratio of 94/6 for architectural applications. Coatings based... view more

CRYLCOAT® 2478-1 (Old Name: CRYLCOAT®E 04578) by allnex is a saturated, reactive, carboxyl functional polyester resin for use with 7% TGIC. It exhibits excellent outdoor durability, high flexibility... view more

CRYLCOAT® 2482-2 by allnex is carboxyl functional saturated polyester resin. It is used with TGIC in a 93/7 ratio to manufacture powder coatings that are curing at 10 min x 200°C (object temperature)... view more

CRYLCOAT® 2486-2 by allnex is a carboxylated, saturated polyester resin. It is designed for use with 6% TGIC in the production of powder coatings. It shows excellent matting efficiency and offers good... view more

CRYLCOAT® 2488-5 by allnex is carboxyl functional polyester resin for use with TGIC in a 93/7 ratio to manufacture powder coatings. Formulations based on CRYLCOAT® 2488-5 exhibit good flow and... view more

CRYLCOAT® 2490-2 by allnex is carboxylated polyester resin for use with TGIC in a 90/10 ratio. Formulations based on this resin exhibit good flow with an outstanding outdoor weathering resistance. A... view more

CRYLCOAT® 2491-2 by allnex is carboxyl functional polyester resin preferably for use with Primid® XL 552 (96.5/3.5) or TGIC (96/4). Formulations based on this resin exhibit good flow and excellent... view more

CRYLCOAT® 2492-2 by allnex is carboxyl functional saturated polyester resin. Provides very good flexibility, mechanical aging and good outdoor resistance. It is used with TGIC in a 93/7 ratio to... view more

CRYLCOAT® 2494-6 by allnex is a highly reactive carboxyl functional polyester resin. It is used with TGIC in the production of powder coatings. Coatings based on CRYLCOAT® 2494-6 exhibit good... view more

CRYLCOAT® 2496-2 by allnex is a low reactive carboxyl functional polyester resin for use with TGIC or Primid® XL 552. Formulations based on CRYLCOAT® 2496-2 have a low hardener demand and exhibit... view more

CRYLCOAT® 2498-0 by allnex is a medium reactivity carboxyl functional polyester resin for use with 7% TGIC. Formulations based on CRYLCOAT® 2498-0 exhibit good outdoor durability, good flow and... view more

CRYLCOAT® 2499-6 by allnex is carboxyl functional polyester resin. It is used in low bake (10 min x 160°C) TGIC powder coatings. Coatings based on CRYLCOAT® 2499-6 exhibit good flow, excellent... view more

CRYLCOAT® 2500-2 by allnex is carboxyl functional polyester resin. Formulations based on CRYLCOAT® 2500-2 exhibit good mechanical properties when cured at 200°C. Lower curing (180°C) is possible by... view more

CRYLCOAT® 2501-2 by allnex is carboxyl functional polyester resin cured with 9% Araldite® PT 910 at 200°C. Coatings based on CRYLCOAT® 2501-2 exhibit outstanding flow-out and good mechanical... view more

CRYLCOAT® 2503-2 by allnex is carboxyl functional polyester resin for use with 7% Araldite® PT 910. After baking at 180°C good mechanical properties are obtained. Formulations based on this resin... view more