HA13354 Methyl Cellulose (CAS No.: 9004-67-5)

Methyl Cellulose Description

Methyl Cellulose, chemically referred to as cellulose methyl ether, is a semi-synthetic derivative of cellulose. It is used to adjust viscosity and improve texture in food formulations. Its non-ionic and water-soluble properties enable stable dispersion in aqueous media. The product undergoes systematic quality assessments such as moisture content determination and degree of substitution analysis, ensuring consistency and performance in complex food systems.

Methyl Cellulose Characteristics

*The above product information is based on theoretical data and is for reference only. Actual specifications may vary.

Methyl Cellulose Applications

Food Processing
- • Used as a thickening agent in sauces and dressings to achieve improved texture by leveraging its water-soluble polymeric properties.
- • Applied as an emulsifier in bakery fillings to secure uniform dispersion and stability in mixtures.

Pharmaceuticals
- • Employed as a binder in tablet formulations to enhance homogeneity by utilising its viscosity-modifying capabilities.
- • Used as a stabiliser in liquid formulations to prevent sedimentation, ensuring even distribution of active components.

Cosmetics
- • Integrated as a suspending agent in creams to inhibit phase separation by capitalising on its rheological properties.
- • Utilised in lotions to achieve a consistent consistency while maintaining appropriate spreadability.

Methyl Cellulose Packing

Methyl Cellulose is packaged in moisture-resistant, sealed containers using food-grade laminated materials to prevent contamination. Each package incorporates an inner desiccant layer to maintain low humidity levels and preserve product integrity. Storage instructions are clearly labelled and recommend a cool, dry environment. Custom packaging configurations are available based on bulk or sample order requirements, ensuring safe transport and handling.

Additional Information

Cellulose ethers like Methyl Cellulose are extensively used in food systems for their ability to modulate texture and stability without impacting flavour. Understanding the chemical structure, particularly the degree of methyl substitution, helps formulation engineers optimise viscosity and solubility attributes. This control is critical in applications where precise rheological characteristics are necessary.

Beyond food applications, Methyl Cellulose provides valuable functionality in pharmaceuticals and cosmetics. Its role in these areas demonstrates the broader utility of cellulose derivatives, as they contribute to product consistency, stability, and performance across multiple industries.