About Benecel methylcellulose and hypromellose
Chemistry: Cellulosics
beyond thickening
Thickener choices can not only impact formulation viscosity butsensorial aspects too. Multifunctional Benecel hydroxypropyl methylcellulose(HPMC) products are nature-derived rheology modifiers that enhance the sensoryexperience. Benecel HPMC is available in a wide range of grades to suit allyour thickening challenges.
Derived from cellulose, a natural, abundant and renewableresource, Benecel HPMC products are water-soluble, non-ionic polymers.Benecel HPMC products are efficient thickeners and film formers that enhancefoam production and foam stabilization in surfactant systems for improved foamquality that is longer lasting. Due to its non-ionic character, Benecel iscompatible with most commonly used surfactants, enabling optical clarity in formulations.
features and benefits
applications
shavingcreams and gels
Benecel methylcellulose and hypromellose(hydroxypropyl-methylcellulose or HPMC) are versatile excipients with a varietyof applications.
High-viscosity grades are widely used in hydrophilic matrixcontrolled-release systems. Low-viscosity grades are used for rheology controland as tablet binders.
Exceptional Performance as Functional AdditivesBenecel methylcellulose and hypromellose serve as versatile functional additives in pharmaceutical, food, and construction applications. Their high viscosity and film-forming properties enhance product texture, stability, and binding capabilities. The compounds offer consistent performance due to high purity and stringent manufacturing standards, supporting quality formulation development.
Safe and Allergen-Free IngredientsBoth methylcellulose and hypromellose are non-toxic, gluten-free, and allergen-free, making them suitable for sensitive or specialized product categories. Pharmaceutical grade standards and a purity level above 99% ensure safety and efficacy in finished products, with a neutral odor and stable pH profile.
Efficient and Adaptable in FormulationSoluble in cold water, Benecel cellulose ethers disperse easily during processing, which streamlines manufacturing and promotes uniform mixtures. Their stability at pH 5.08.0 and low moisture content support robust applications in different environments, optimizing product shelf life and performance.
FAQs of Benecel methylcellulose and hypromellose:
Q: How should Benecel methylcellulose and hypromellose powders be stored for maximum shelf life?
A: To maintain quality and effectiveness, store Benecel methylcellulose and hypromellose in tightly closed containers in a cool, dry place. Proper storage helps preserve their purity and ensures a shelf life of up to two years.
Q: What are the recommended applications for Benecel cellulose ethers?
A: Benecel methylcellulose and hypromellose are commonly used as binders, thickeners, stabilizers, and film formers in pharmaceuticals, foods, and construction materials, due to their reliable solubility and neutral odor.
Q: When are Benecel methylcellulose and hypromellose most effective in formulation processes?
A: These cellulose ethers perform best when dissolved in cold water, as they are insoluble in hot water and organic solvents. For optimal results, incorporate them during the cold mixing phase of your formulation.
Q: Where can Benecel products be applied within the pharmaceutical industry?
A: In the pharmaceutical sector, Benecel methylcellulose and hypromellose are widely utilized in tablet binding, controlled-release coatings, and as disintegrants for diverse oral dosage forms.
Q: What benefits do Benecel methylcellulose and hypromellose offer concerning safety and allergen status?
A: Both products are non-toxic, gluten-free, and allergen-free, making them ideal for use in sensitive consumer applications, including specialized diets and pharmaceutical preparations.
Q: How does the viscosity of Benecel cellulose ethers affect their use in formulations?
A: The viscosity range (40006500 mPas in a 2% solution at 20C) provides excellent thickening and stabilizing action, which is crucial for achieving desirable texture and consistency in final products.