High Quality MC Methyl Cellulose

Methyl Cellulose is a polymer chemically modified from natural cellulose, usually in white or white-like powder form.

Water soluble: can dissolve in cold water, forming a thick transparent solution.

Thickening: significantly improve the viscosity of the liquid, improve the texture and taste of the product.

Hot gelation: When heated, a gel is formed, and when cooled, it returns to a solution.

Surface activity: has a certain ability to reduce surface tension.

Stability: Good stability to acid and base.

Construction industry: as a water-retaining agent and thickener of cement mortar, improve construction performance and bond strength.

For example, in bricklaying mortar, the rapid evaporation of water can be reduced to ensure the quality of mortar.

Food industry: Used in ice cream, jelly and other foods to increase consistency and stability.

For example, in ice cream, it can prevent the formation of ice crystals and make the taste more delicate.

Pharmaceutical field: adhesives and coating materials for tablets.

Daily chemical products: play a thickening and stabilizing role in shampoo, toothpaste and other products.

It is generally made from cellulose by etherification reaction with chloromethane.

With the continuous improvement of product performance and quality requirements in various industries, the market demand of Methyl Cellulose continues to grow. Especially in the construction and food industries, the recognition and demand for its performance are increasing, providing a broad space for its market development.

Store with moisture, sun protection and avoid contact with strong oxidants.

When dissolving, stir evenly to avoid agglomeration.

In the process of use, the amount of addition should be precisely controlled according to the specific application requirements and formulas.

In summary, Methyl Cellulose, with its unique properties and wide range of uses, has become an indispensable ingredient in many fields and plays a key role in improving product quality and performance.