Toothpaste grade CMC model: TH9 TH10 TH11 TVH9 TM9 With the increasing improvement of people's living standards, people have higher and higher requirements for daily necessities. As a necessity of daily life, the use value of toothpaste is no longer only reflected in the simple function of cleaning the mouth, but gradually turns to functional and health-care toothpaste. To this end, many new varieties have been developed: drugs, anti acid, hemostasis and full effect toothpastes. This puts forward new requirements for the quality of CMC, one of the main components of toothpaste production. CMC-Application In Toothpaste 1. Characteristics of CMC for toothpaste: - Good rheology and thixotropy; - Acid resistance: it can withstand the range of pH value 2-4; - Salt resistance: it can be used in the paste added with various inorganic salts, and the viscosity of the paste will not degrade significantly with the passage of time; - Heat resistance: it has good and stable heat resistance effect; - High transparency: due to the high uniformity of substitution, less free fiber and high transparency of the paste; - Strong anti microbial ability: the paste has strong anti enzyme performance due to its good substitution uniformity 2. Application characteristics of CMC in toothpaste: - It has good compatibility with various raw materials in toothpaste and fine paste; - No water separation, no shelling, no coarsening; - Good stability and proper consistency. It can give the toothpaste a particularly comfortable taste; - Ensure the storage stability of the paste in the tube and prolong the shelf life; - The extrusion dispersion of the paste is good; - Good paste appearance and strip forming performance; - CMC solution has better rheological and thixotropic properties. Detail Parameters Addition amount (%) TH9 0.2%-0.4% TH10 0.2%-0.4% TH11 0.2%-0.4% TVH9 0.2%-0.4% TM9 0.2%-0.4% If you need to customize, you can provide detailed formula and process. Indicators   TH10/TH11 TM9/TH9/TVH9 Color white white water content 10.0% 10.0% PH 6.0-8.5 6.0-8.5 Degree of substitution 1.0 0.9 sodium chloride 1% 1% Purity 98% 98% Particle size 90% pass 250 microns (60 mesh) 90% pass 250 microns (60 mesh) Viscosity (b) 1% aqueous solution 500 -1000mPas 100-2000mPas