Friction type white carbon black and mixed type white carbon black Friction type and mixed type white carbon black have their own applicability and advantages in toothpaste production. The specific choice of which one is more suitable for toothpaste production depends on the specific formula and target effect of the toothpaste.

Friction type white carbon black
Friction type white carbon black has a larger particle size and irregular shape, which gives it strong frictional force. In toothpaste, friction type white carbon black can effectively remove stains and plaque on the surface of teeth, thereby maintaining the cleanliness and health of teeth. In addition, due to its soft abrasive properties, friction type white carbon black can remove stains while reducing damage to enamel and protecting the integrity of teeth.

Mixed white carbon black
Mixed type white carbon black combines the characteristics of friction type and thickening type white carbon black, which not only has a certain degree of friction, but also provides good thixotropy and stability. In toothpaste, mixed white carbon black can not only clean teeth, but also increase the viscosity of toothpaste, making the paste more stable, easy to use and store. In addition, mixed white carbon black can suspend heavier abrasives and polishing particles, prevent the separation of solid-liquid components in toothpaste, and ensure the uniformity and stability of toothpaste.

Choose Suggestions
Cleaning effect: If the main goal of toothpaste is to provide strong cleaning effects, then friction type white carbon black may be more suitable. Its larger particle size and irregular shape can effectively remove stains and plaque on the surface of teeth.
Stability and thixotropy: If toothpaste needs to have good stability and thixotropy to ensure the stability and ease of use of the paste, then blended white carbon black may be more suitable. It can provide appropriate friction while increasing the viscosity of toothpaste, making the paste more stable.
Comprehensive performance: In actual production, many toothpastes will add both friction type and mixed type white carbon black to balance cleaning effect, stability, and thixotropy. By adjusting the ratio of the two, toothpaste products that meet specific needs can be customized.
In summary, both friction type and mixed type white carbon black have their own advantages and applicability in toothpaste production. The specific choice of which one is more suitable for toothpaste production depends on the specific formula and target effect of the toothpaste. Meanwhile, it is also possible to consider combining the two to achieve more comprehensive performance
Friction type white carbon black and mixed type white carbon black
Friction type and mixed type white carbon black have their own applicability and advantages in toothpaste production. The specific choice of which one is more suitable for toothpaste production depends on the specific formula and target effect of the toothpaste.

Friction type white carbon black
Friction type white carbon black has a larger particle size and irregular shape, which gives it strong frictional force. In toothpaste, friction type white carbon black can effectively remove stains and plaque on the surface of teeth, thereby maintaining the cleanliness and health of teeth. In addition, due to its soft abrasive properties, friction type white carbon black can remove stains while reducing damage to enamel and protecting the integrity of teeth.

Mixed white carbon black
Mixed type white carbon black combines the characteristics of friction type and thickening type white carbon black, which not only has a certain degree of friction, but also provides good thixotropy and stability. In toothpaste, mixed white carbon black can not only clean teeth, but also increase the viscosity of toothpaste, making the paste more stable, easy to use and store. In addition, mixed white carbon black can suspend heavier abrasives and polishing particles, prevent the separation of solid-liquid components in toothpaste, and ensure the uniformity and stability of toothpaste.

Choose Suggestions
Cleaning effect: If the main goal of toothpaste is to provide strong cleaning effects, then friction type white carbon black may be more suitable. Its larger particle size and irregular shape can effectively remove stains and plaque on the surface of teeth.
Stability and thixotropy: If toothpaste needs to have good stability and thixotropy to ensure the stability and ease of use of the paste, then blended white carbon black may be more suitable. It can provide appropriate friction while increasing the viscosity of toothpaste, making the paste more stable.
Comprehensive performance: In actual production, many toothpastes will add both friction type and mixed type white carbon black to balance cleaning effect, stability, and thixotropy. By adjusting the ratio of the two, toothpaste products that meet specific needs can be customized.
In summary, both friction type and mixed type white carbon black have their own advantages and applicability in toothpaste production. The specific choice of which one is more suitable for toothpaste production depends on the specific formula and target effect of the toothpaste. Meanwhile, it is also possible to consider combining the two to achieve more comprehensive performance