Products in Coil Coatings: Coupling Agent

HALOX® 430 JM is a non-toxic, heavy metal-free anti-corrosive pigment designed for use in waterborne and solventborne protective coating systems. HALOX® 430 JM is based on a unique synergy between an ion scavenging and passivation mechanism. It is recommended for use in long-term applications where the use of heavy metals, such as zinc, strontium, barium, molybdenum, and chromate, is of concern.

HALOX® 520 is a liquid organic corrosion inhibitor primarily designed for use in water-borne coating systems. It contains dual functionality as a corrosion inhibitor and an adhesion promoter. HALOX® 520 may be used in waterborne formulations such as 2 pack epoxy systems, 1 and 2 pack polyurethanes, acrylics (especially epoxy/amine-functionalized), and hybrid systems. It may also be used as a metal pretreatment additive.

Domopol 9090 40 SA/MPA is a high molecular weight polyester resin which fully complies with FDA 175.300. This resin is developed for can and coil coatings. The bio-based content is 6% of the dry matter via a biomass balance (BMB) approach as certified by the ISCC PLUS.Features & Benefits6% biobased on solid contentBisphenol A non-intentAdhesion promoterExcellent protection properties

EBECRYL® 168 is a clear liquid serving as an adhesion promoter and coupling agent within the CASE Ingredients category. Notable for its attributes like faster cycle time, long pot life, and multi-substrate adhesion, this product stands out for its efficiency in diverse applications. Specifically tailored for the automotive and transportation and paints and coatings sectors, it finds usage in areas such as automotive OEM coatings, vehicle refinish, and industrial coatings. Its versatility extends to printing and packaging, excelling in gravure and screen printing applications. Compatible with substrates like metal and wood, it cures efficiently through radiation methods and serves as a sol-gel coating and varnish.

NACURE® XC-293 is based on proprietary acids designed to improve the adhesion of melamine crosslinked systems to metal. It is especially effective on aluminum substrates. It can be used as the sole catalyst for partially alkylated or high-NH type melamines or in conjunction with strong acid catalysts for fully alkylated melamine systems. XC-293 has also been found to improve the adhesion of thermoplastic and ambient cure coating formulations.