Natural Power Empowers Green Coating, Cellulose Leads the New Trend of Environmental Upgrade in the Coatings Industry
Application of HydroxyEthyl Cellulose Ether in Coatings
It features high thickening efficiency, offers a wide range of viscosity grades for selection, and can achieve any desired thickening efficiency.
It has excellent compatibility and is miscible with most inorganic salts, as well as a wide variety of gums and resins.
The biodegradation-resistant HEC products feature excellent stability, which ensures the storage performance of coatings.
It has excellent protective colloid activity and prevents the agglomeration of solid particles in coatings.
Stable Viscosity
Low content of insoluble substances and clear, transparent aqueous solution
High Purity, Low Moisture, High Ash Content
In the coatings sector, the latex paint market is highly competitive, with prominent pain points such as poor product stability, inadequate fluidity and insufficient color development. The introduction of hydroxyethyl cellulose ether (HEC) has significantly improved the stability, fluidity and color development of latex paint, optimizing product performance. Its outstanding performance has gained market recognition and led the industry towards high-quality and high-efficiency development.
The real stone paint market is highly competitive, with poor stability and excessive sand loss as its major pain points. The incorporation of hydroxyethyl cellulose ether (HEC) has effectively enhanced the stability of real stone paint and significantly reduced the occurrence of sand loss. This improvement not only optimizes the coating finish but also achieves efficient resource utilization and cuts down on waste. Endowed with outstanding performance, cellulose ether has become a crucial driving force in the real stone paint market, bringing innovation and upgrading to the industry.
The real stone paint market is highly competitive, with poor stability and excessive sand loss as its major pain points. The incorporation of hydroxyethyl cellulose ether (HEC) has effectively enhanced the stability of real stone paint and significantly reduced the occurrence of sand loss. This improvement not only optimizes the coating finish but also achieves efficient resource utilization and cuts down on waste. Endowed with outstanding performance, cellulose ether has become a crucial driving force in the real stone paint market, bringing innovation and upgrading to the industry.
In the construction process of artistic coatings, unskilled application techniques may lead to problems such as uneven coating films and color deviations. In addition, construction environmental factors such as wall texture, light conditions, temperature and humidity often exert an adverse impact on the construction effect.
However, the incorporation of cellulose ether can effectively address these pain points. With excellent fluidity and color development properties, cellulose ether makes the coatings easier to apply evenly, reducing the problems caused by unskilled techniques. Its water retention performance also prevents the coatings from drying too quickly, allowing more time for adjustments. Meanwhile, it can optimize the adhesion and lubricity of the coatings, enabling uniform and smooth coating films with various tools and reducing the risk of coating defects.
Where sincerity prevails, even metal and stone will yield. With the pioneering spirit of relentless dedication and forging ahead against all odds that it has embodied for over 30 years, Zhejiang Haishen New Materials Co., Ltd. will continue to uphold the win-win development philosophy and contribute its share to social progress.
