The key means to improve the quality and performance of Sodium carboxymethyl cellulose (CMC) - granulation process

In the context of application fields dedicated to achieving product efficiency, stability, and sustainability, granulation technology not only affects the form of the product, but also impacts production efficiency and cost control Gradually becoming one of the important ways to improve the quality characteristics of Sodium carboxymethyl cellulose (CMC).

Advantages of Granulated CMC

Improve dissolution speed:

Granulated CMC can quickly dissolve in solution and increase the viscosity of the solution, playing a thickening role. It is commonly used to improve the taste and appearance of food or drugs.

Improve product stability:

Granulated CMC particles can significantly reduce agglomeration or clumping caused by environmental humidity, temperature changes, or physical squeezing, effectively avoiding problems such as decreased product dispersibility, slowed dissolution rate, and loss of active ingredients caused by agglomeration.

Control particle shape and size:

By adjusting the process parameters during granulation, such as temperature, pressure, speed, etc., the shape and size of the particles can be precisely controlled, enabling the granular CMC to better adapt to the needs of various application scenarios.

Improve processing efficiency:

Due to the advantages of easy storage, transportation, and use, as well as fast dissolution rate, granulated CMC can play a more efficient role in the application process, thereby improving overall processing efficiency.

YuCMC granulation CMC

YuCMC has an independent granulation production line that reprocesses powdered carboxymethyl cellulose sodium material to agglomerate the powdered material and prepare particles with a certain shape and size.

Adopting advanced wet process technology, CMC of various food grades is granulated with different particle sizes to meet the requirements of different customers in various fields. Granulated CMC can also be applied in different fields, including printing and dyeing, batteries, toothpaste, pharmaceuticals, ceramics, petroleum, papermaking, and other industries.