Introducing our newest resin, the CRYLCOAT® E 04482, a carboxylated superdurable polyester resin. Designed for use with TGIC, it allows for excellent flexibility combined with good balance of flow, surface appearance and outdoor resistance.
We invite you to explore our BECKOPOX™ EH 2162, a newly developed high solids, low viscosity and HAPS-free epoxy curing agent designed for use in low VOC (< 50 g/l) 2K epoxy coatings. This brand-new epoxy hardener is designed to be use in a wide range of concrete primers and multi-layer epoxy coatings systems. It has also been designed to be used in conjunction with all epoxy resins to create an ‘acid-stained look’ achievable in the DIY market space without the need of applying the full acid stain process.
Announcing the CRYLCOAT® 4698-2 for HAA Applications. It extends the range of carboxylated superdurable polyester resin, meeting the requirements for outstanding flexibility and offering improved mechanical strengths with excellent chemical and overbake resistance.
The allnex CRYLCOAT 2645-3 extends the range of carboxylated polyester resins for architectural applications with a low acid value to meet all the requirements for blooming-free architecture outdoor applications.
The allnex CRYLCOAT 2453-2 was designed to meet the requirement for boiling water resistance resin for use in an Architectural application, while still maintaining excellent outdoor durability and flexibility.
A new line of SETALUX® resins featuring extremely fast drying under ambient and force cure conditions, optimized pot life and excellent early hardness is now available. While these resins have been developed for 2k Vehicle Refinish clearcoat applications, they will also deliver on their promise in high-end metal and protective coatings topcoats.
CRYLCOAT 2437-2, a high flow TGIC for powder coatings, has been expertly crafted by allnex chemists to provide a superior solution that outperforms the competition in both flow and flexibility. In addition, it more than meets the challenge of high flow and has excellent wetting properties.