Ashland – who advances drug delivery? we do.
who advances drug delivery? we do.
Ashland’s pharmaceutical business is core to the company’s organic growth. As such, we’re focusing resources on high value applications to meet customer priorities.
Well known for acetylenics, cellulosics, and filmcoatings, our polymers have a rich and diverse history supporting active pharmaceutical ingredient delivery. Using careful design and compositional selection, our scholarly, cited scientists possess the formulation and process expertise to match polymer architecture, material and physical characteristics to meet the challenges facing the most demanding pharma applications.
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Overview Ashland excipients portfolio
Ashland excipient portfolio for parenteral drugs
在途中在聚合物和excip全球领导地位ients for parenteral formulation needs that include solubilizers, stabilizers, viscosity modifiers and long-acting parenteral formulations, Ashland is unique in this segment because we offer single sourcing of key excipients along with experienced technical support to solve complex formulation challenges
- parenteral formulations require excipients of the highest quality
- Ashland’s high-quality excipient portfolio meets industry standard
Focus onviatel™ long-acting bioresorbable polymers
viatelTMbioresorbable polymers control release over time. These polymers are the building blocks for developing long-acting injectable depots, an established technology to improve therapeutic efficacy and patient compliance. viatel™ polymers are typically formulated into microspheres, solid implants, nanoparticles, or in-situ depots. All viatel™ bioresorbable polymers can be custom produced with defined chemical structures, molar masses (molecular weight or inherent viscosity) and selective terminal end groups.
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Focus onvialoseTM,lyoprotectant and stabilizer
vialose™ trehalose dihydrate is a premier performance sugar resistant to acid hydrolysis and enzymatic cleavage. It is used to protect and shield biologic APIs, recombinant proteins, and monoclonal antibodies (mAbs) from degradation and aggregation and to stabilize and protect valuable components during the lyophilization process.
cavitronTMcyclodextrins (hydroxypropyl betacyclodextrin) are the perfect substances for increasing solubility and enhancing bioavailability. They are manufactured to high purity standards for low bioburden and endotoxins.
Ashland excipient portfolio for OSDF
We advance drug delivery by offering the broadest portfolio of cellulosic and vinyl pyrrolidone-based polymeric excipients available in the industry. Our success comes from achieving target release profiles, reducing our customers total cost in use, and improving speed to market while providing functional benefits like drug solubilization and rheology modification. We are a full-service pharmaceutical technology resource for controlled release, tablet binding, filmcoatingand disintegration.
Our experts around the world can help you on your projects by supporting you on:
- dry granulation
- wet granulation
- spray drying
- hot-melt extrusion (HME)
- tablet compaction
- continuous manufacturing
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Focus onklucelTMEXFandEXF Ultra HPC, tablet binders
klucel™hydroxypropylcellulose(HPC) provide a remarkable set of physical properties for tablet binding, modifed release, film coating, and hot melt extrusion.
klucel™ EXF Ultra HPCis an ultra-fine tablet binder that assures formulation predictability, reliability and robustness. klucel™ EXF Ultra HPC provides enhanced tablet strength and low friability with the most difficult to compress active pharmaceutical ingredients even at low usage levels.
Focus on klucellTMxtend HPC
Extended release matrix formerklucelTMextendis the new product in the klucellTMline, offering unsurpassed process versatility and release profile efficiency. This step change product has been shown to match the release profile of widely used hypromellose controlled-release formulations with half the polymer concentration. klucel™ xtend HPC is the only cellulosic excipient that provides a compendial extended-release polymer option for hot-melt extrusion (HME).
Focus benecel™ XRF and benecel™ DC, controlled release excipients
benecel™ hypromellose(hydroxypropyl-methylcellulose or HPMC) is a versatile excipient with a variety of applications. HPMC is the most widely used polymer in hydrophilic matrix systems with widespread use in controlled-release dosage forms.
benecel™ XRFHPMCare fine particle grades designed for optimal performance in large-scale, high speed tableting.
benecel™ DC HPMCis a surface modified, co-processed excipient resulting in significant improvements related to powder flow and processability which is not enabled by direct blends.
Focus on aquariusTMfilm-coatings, ready-to-use film coatings
aquariusTMline of fully formulated coating solutions are practical, efficient, and elegant and they provide effective, high-quality coatings that offer an optimum balance of film strength and adhesion, even for challenging cores and release profiles. The line includestitanium dioxide free options.
Ashland experts will support you through your projects through trainings, color-matchings, trouble shootings.
Focus on Aquarius™ Genesis, the new generation high solids film-coatings
aquarius™ genesisfilm coating systems are new products in this line, offering significant improvements in film coating process productivity with high solids, exceptional adhesion and elegant tablet appearance; you can realize faster coating times and reduced energy usage.
Ashland excipients for liquid dosage forms
CAVAMAX*native cyclodextrins have the ability to act as molecular containers by entrapping molecules in their internal cavities. The resulting inclusion complexes are used many applications: to increase water solubility of poorly soluble drugs to improve bioavailability, to taste mask bitter actives for use in chewable and orally disintegrating tablet applications, to stabilize drug actives to inhibit light and oxidative degradation.
CAVASOL*are 2-hydroxypropyl-beta-cyclodextrin (HPBCD) and 2-hydroxypropyl-gama-cyclodextrin (HPGCD) products. These cyclodextrin derivates, like the native cyclodextrins, have the ability to act as molecular container.
*registered trademarks owned by Wacker Chemie AG. Ashland Inc. acts as a worldwide distributor for Wacker.
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