Some functions of EASONZELL™ HEC Series* Water-based Coatings

1. Thickening and rheological optimization
Dynamic rheological properties: EASONZELL™ HEC Series* Water-based Coatings significantly improves the construction performance of coatings through the pseudoplasticity and thixotropy of HEC. Reduce construction splashes, enhance coating adhesion and self-leveling, and are suitable for high-covering demand scenes such as interior wall latex paint.
Pigment dispersion and stability: The hydrophilic groups of the HEC molecular chain can effectively disperse pigment particles and prevent precipitation, while stabilizing the emulsion system and extending the storage life of the coating.

2. Improvement of environmental protection and safety performance
Mildew and weather resistance: The HEC series enhances mildew resistance through chemical modification and nanotechnology, and is suitable for high temperature and high humidity environments, especially for building exterior walls and imitation stone paint. In the future, the HEC series will further reduce the content of volatile organic compounds (VOCs), and even break through to the "zero VOC" direction. By optimizing the synthesis process of hydroxyethyl cellulose (HEC), combining bio-based raw materials (such as starch and cellulose derivatives) to replace traditional petroleum-based ingredients, the carbon footprint can be reduced.

3. Technological innovation and process support
Intelligent coating adaptation: supports real-time viscosity adjustment and formula management functions to meet the requirements of coating production lines for intelligence and low energy consumption.