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Whether it is exquisite porcelain, bathroom, ceramic tiles, or dishes, bowls, cups, plates, etc. in the kitchen, they are closely related to Sodium Carboxymethyl Cellulose（CMC）.CMC and CeramicsImproving slurry stability and flowability: CMC significantly improves the rheological
Whether it is exquisite porcelain, bathroom, ceramic tiles, or dishes, bowls, cups, plates, etc. in the kitchen, they are closely related to Sodium Carboxymethyl Cellulose（CMC）.
CMC and Ceramics
Improving slurry stability and flowability: CMC significantly improves the rheological and stability of ceramic slurry, ensuring uniform dispersion of slurry during preparation and processing, reducing particle settling and aggregation, thereby improving the forming accuracy and surface quality of ceramic products.
Enhancing body strength and reducing defects: CMC forms a mesh structure in ceramic bodies, enhancing their mechanical strength while reducing cracking and deformation during drying and sintering processes, improving yield and quality, and reducing scrap rates during production.
Optimizing glaze performance: The application of CMC in glaze improves the adhesion and uniformity of the glaze layer, making the glaze smoother and more delicate, enhancing the glossiness and wear resistance of ceramic products, while reducing the shrinkage and cracking of the glaze layer during firing, and improving overall quality.
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