LOXANOL CA 5086Medium molecular weight coalescing agent and plasticizer used to increase flexibility and toughness, reduce brittleness, minimize water sensitivity, and improve film formation. Compatible with acrylics, epoxies, alkyds, polyesters, and phenolic resins.
Dispersions, Resins and Additives
LOXANOL® film-forming and coalescing agents
LOXANOL film-forming and coalescing agents, open-time prolongers and plasticizers are designed for low-VOC and sustainable raw materials.
Key features and benefits
- Lower film-forming temperatures
- Qualification for low-VOC or VOC-free EU labeling
- Improved workability
- Automotive coatings
- Building materials
- Construction coatings
- Elastomeric roof coatings
- Industrial coatings
- Overprint varnish (OPV)
- Printing and packaging
Enables low film-forming temperature with improved film formation
2LOXANOL CA 5120High performance, zero-VOC, coalescing agent for water-based applications.
3LOXANOL CA 5310Emission-free coalescent developed for coatings formulations with less than 50 g/l VOC.
4LOXANOL CA 5315Liquid coating precursor and additive that enhances low temperature properties and reduces processing viscosities in elastomers and thermoplastic elastomers.
Prevents / reduces crack formation with improved workability
1LOXANOL OT 5853Higly efficient open-time prolonger with improved storage stability that prevents / reduces cracking in resin-based plasters.
1LOXANOL MI 6627Highly efficient corrosion inhibitor in combination with zinc phosphate.
2LOXANOL MI 6721PEI based adhesion promoter for inks and coatings.
3LOXANOL MI 6730Highly effective adhesion promoter in multi-layer packaging films and primer for coating applications; recommended for ionic/cationic binders and in a pre-treatment solution.
4LOXANOL MI 6735Cross-linking agent for PVB (Poylvinylbutyral) inks; highly effective adhesion promoter for bonding different materials; recommended for ionic/cationic binders and in a pre-treatment solution.
5LOXANOL MI 6840Wax dispersion to improve hydrophobicity, reduce mud cracks, and reduce snail-trail tendency under critical conditions.