Create High-Performing Solutions With Advanced Excipients From Ashland

BLANOSE CMC 7HOF cellulose gum (sodium carboxymethylcellulose) is an anionic water-soluble polymer that is widely used in toothpastes as a thickener to bind water for the prevention of syneresis and impart desirable flow properties appearance totoothpaste formulations. In addition to toothpaste formulations, cellulose gum is also used in denture adhesive creams and powders to provide hold. Cellulose gum is available in wide variety of grades to meet formulation needs. Blanose™ cellulose gum is derivatized from natural, renewable resources.

BENECEL K 15 M PH is most widely used polymer hydrophilic matrix system. Hypromellose, hydrophilic release retardant, 2208 type substitution with medium viscosity

POLYPLASDONE XL is a Non ionic, used for disintegration in oxygen sensitive API formulation, peroxide content 400 with conventional particle size with 110-140 microns and used as a disintegrant for IR tablets

POLYPLASDONE XL-10 is a Non ionic, used for disintegration in oxygen sensitive API formulation, peroxide content 400 with fine particle size of 25-40 microns Used as disintegrant for ODT and provides smooth mouth feel

POLYPLASDONE INF 10 is a Non ionic, Fine particle size having binder cum disintegration property, used as suspending agent in oral suspension and as disintegrant for pellets and MUPS

PLASDONE S 630 Matrix polymer enhances solubility of poorly water soluble drugs through melt extrusion or spray dried solid dispersions with K value viscosity of 25.0-31.0, Used as a dry binder aid in granulation and matrix polymer for solid dispersion formulations. Also used as binder for hot melt extrusion.

PLASDONE C 15 is Pyrogen free grade used as solubliser and suspension stabiliser for parenteral products.

PLASDONE K 12 is a Binder and vehicle for soft gelatin capsules and for drug solubilization with K value viscosity of 10.2-13.8

CAVASOL W8 HP PH Grade for oral application Used to enhance solubility of poorly soluble drugs in solid dispersions, mask unpleasant odour/taste of API and its stabilization. Hydroxypropyl g-cyclodextrin with molecular weight 1574 and typical degree of substitution 3.5-4.9.