CRYLCOAT® 4693-2 by allnex is a super-durable, polyester resin. It is used with Primid® XL-552 in the production of one-shot matte coatings. When used in combination with CRYLCOAT® 4651-0, powder... view more

CRYLCOAT® 4698-2 by allnex is carboxyl functional flexible super-durable polyester resin for the formulation with Primid® XL 552. Powder coatings based on CRYLCOAT® 4698-2 show improvements in... view more

CRYLCOAT® 4823-0 by allnex is a saturated, super-durable, hydroxyl functional polyester resin. Coatings based on this product exhibit good flow, mechanical, chemical and weathering resistance. It is... view more

CRYLCOAT® 4874-0 by allnex is hydroxyl functional super-durable polyester resin. It is used with blocked polyisocyanates or uretdiones preferably as high functional component in one shot matte... view more

CRYLCOAT® 4890-0 by allnex is hydroxyl functional super-durable polyester resin. It is used with blocked isocyanates or uretdiones in the production of powder coatings. Coatings based on CRYLCOAT®... view more

CRYLCOAT® 4891-0 (Old Name: CRYLCOAT® E 04290) by allnex is a super-durable, hydroxyl functional polyester resin. It is used with blocked isocyanates or uretdiones preferably as low functional... view more

CRYLCOAT® 8079-0 by allnex is a semi-crystalline, saturated polyester resin. The ratio between the super-durable resin and CRYLCOAT® 8079-0 may be adjusted to produce the target flexibility. It is... view more

CRYLCOAT® 9209-0 by allnex is hydroxyl functional polyester resin suitable for use as cleaning material for extruders. It is designed for powder coatings. The shelf life of CRYLCOAT® 9209-0 is 12... view more

CRYLCOAT® 9240-0 by allnex is hydroxyl functional polyester resin. It is suitable for use as cleaning material for extruders. CRYLCOAT® 9240-0 is designed for powder coatings. The shelf life of this... view more

CRYLCOAT® 9246-0 by allnex is polyester resin-based organic filler for epoxy powder coatings. It is suitable for indoor decorative coatings or as cleaning material for extruders. The shelf life of... view more

CRYLCOAT® 9292-0 by allnex is polyester-based organic filler for epoxy powder coatings. Up to 20% of the epoxy resin can be substituted by CRYLCOAT® 9292-0 without affecting coating properties. The... view more

CRYLCOAT® E 04313 by allnex is a super-durable, polyester resin. It is used in TGIC and Primid® XL 552 powder coatings. Coatings made with CRYLCOAT® E 04313 exhibit improved dirt pick-up resistance... view more

CRYLCOAT® E 04324 by allnex is NPG-free, hydroxyl functional polyester resin. It is used with blocked polyisocyanates, uretdiones or anhydride hardener BECKOPOX® EH 694. CRYLCOAT® E 04324 is... view more

CRYLCOAT® E 04327 by allnex is a super-durable, carboxyl functional polyester resin for use with Primid® XL-552. Powder coatings based on this resin exhibit excellent outdoor resistance combined... view more

CRYLCOAT® E 04329 by allnex is carboxyl functional polyester resin. It is used in medium-cure 60/40 hybrid powder coatings. The shelf life of CRYLCOAT® E 04329 is 12 months... view more

CRYLCOAT® E 04339 by allnex is carboxyl functional polyester resin. Powder coatings based on CRYLCOAT® E 04339 exhibit improved corrosion resistance. It is used with Primid® XL-552 for industrial... view more

CRYLCOAT® E 04342 by allnex is a medium reactive carboxylated polyester resin entirely based on renewable and recycled raw materials for use with epoxy resins in a 70/30 ratio. Formulations based on... view more

CRYLCOAT® E 04347 by allnex is a highly reactive carboxyl functional polyester resin. Coatings based on this product exhibit good mechanical properties and physical ageing when cured at 130-140 °C... view more

CRYLCOAT® E 04362 by allnex is a super-durable, hydroxyl functional polyester resin. It is used with blocked isocyanates or uretdiones. Powder coatings based on this product exhibit outstanding outdoor... view more

CRYLCOAT® E 04375 by allnex is hydroxyl functional, super-durable polyester resin. It is used with blocked isocyanates or uretdiones, preferably in combination with higher functional counterparts to... view more