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CMC Toothpaste Grade


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Product Introduction

CMC enhances the rheological and thixotropic properties of toothpaste, ensuring excellent stability and appropriate consistency, while imparting a uniquely pleasant mouthfeel.

Product Details


CMC Thickener for Toothpaste

There is a wide variety of thickening agents used in toothpaste, with CMC being the most widely applied. When utilized as a base binder in toothpaste, CMC primarily serves as a structuring and binding agent; it also prevents the separation of abrasive particles, and—by ensuring an appropriate consistency—helps maintain the paste in a stable state. Upon dissolution, CMC exhibits high light transmittance as well as superior rheological and thixotropic properties.

 

 

Application Type Viscosity Degree of Substitution Purity Moisture
Toothpaste Grade TH9 2% Soln 900-1200 0.92-1.0 ≥99.5 ≤7%
TH10 2% Soln 900-1200 0.95-1.0 ≥99.5 ≤7%
TH12 2% Soln 900-1200 ≥1.1 ≥99.5 ≤7%
9H 1% Soln 1200-4000 0.8-1.1 ≥99.5 ≤7%

 

Key Technical Indicators and Industry Trends for Toothpaste-Grade CMC

The core requirements for CMC in toothpaste manufacturing include: an appropriate viscosity range, a stable degree of substitution, rapid dissolution properties, good resistance to enzymatic degradation, and compatibility with other toothpaste ingredients (such as abrasives, surfactants, and flavorings).
In recent years, with the proliferation of functional toothpastes—including varieties for whitening, sensitivity relief, and enzymatic action—CMC is required to adapt to increasingly complex formulation systems, thereby placing higher demands on product customization capabilities and technical adaptability.
 

The Role and Efficacy of CMC in Toothpaste

1. Exhibits superior rheological and thixotropic properties, excellent stability, and an optimal consistency, imparting a uniquely pleasant mouthfeel to toothpaste;
2. Acid Resistance: Capable of withstanding pH levels within the range of 2 to 4;
3. Salt Tolerance: Compatible with pastes containing various inorganic salts, without undergoing significant viscosity degradation over time;
4. Heat Resistance: Demonstrates excellent and stable thermal stability;
5. High Transparency: Due to a high degree of substitution uniformity and minimal free fibers, the resulting paste exhibits high transparency.

 

Why Choose Us?

1. Extensive Industry Experience and Expertise
For years, we have focused exclusively on the R&D and production of toothpaste-grade CMC. With a deep understanding of the specific characteristics of toothpaste formulation processes, we can precisely align with our clients' needs and deliver mature, stable product solutions.

2. Rigorous Quality Control—Safe and Reliable
We strictly adhere to food-grade production standards. Every batch of our product undergoes rigorous testing to ensure high purity and full compliance with heavy metal and microbiological safety requirements, giving you complete peace of mind.

3. Professional Service and Prompt Response
With years of deep engagement in the industry, our technical team is well-versed in various formulation processes. We are ready to provide personalized product selection recommendations and comprehensive after-sales support.

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