Products

Avicel® RC - 591 is versatile, catering to various dosage forms like lotions, sprays, and suspensions. Its manufacturing technology involves direct compression, dry granulation, and wet granulation methods. In pharmaceutical and nutraceutical applications, it serves as a binder, compression aid, immediate release agent, and stabilizer, ensuring product efficacy and stability.

Avicel® CL - 611 a non-animal-origin ingredient, is used in sprays and suspensions. It's compatible with various manufacturing methods like direct compression, dry granulation, and wet granulation. In pharmaceuticals, it acts as a binder, filler, stabilizer, and immediate release agent. It's also an emulsifying agent and viscosity modifier, aiding suspension.

Avicel® CE-15 a non-animal-derived ingredient, is widely employed in tablet production. It's adaptable to various manufacturing methods like direct compression, dry granulation, and wet granulation. In pharmaceutical and nutraceutical applications, it acts as a binder, compression aid, filler, immediate release agent, and suspension aid. It's supplied in powder form for easy tablet formulation.

Lattice® NTC 80 excels with its freeze/thaw stability, long shelf life, and compatibility across a wide pH range. It serves as a rheology modifier, stabiliser, suspending agent, and thixotrope, ensuring consistent performance. Identified as cellulose and cellulosics, it's available in powder form, making it ideal for suspension concentrate formulations.

Protanal® CR - 8133 featuring sodium alginate, serves various functions in pharmaceuticals and nutraceuticals. It acts as controlled release agent, emulsifying agent, gelling agent, thickener, and viscosity modifier, available in powder form.

METHOCEL™ K100M Premium HPMC is employed in ceramics as a binder, utilizing granulation in its manufacturing process. Within pharmaceuticals and nutraceuticals, it serves as a suspension aid, thickener, and viscosity modifier, boasting water solubility for versatile application.

Avicel® DG derived from non-animal sources, is a versatile powder used in tablet manufacturing. Its chemical composition includes calcium, hydrogen phosphate, cellulose, and cellulosics. Employing direct compression or wet granulation techniques, it functions as a binder and compression aid in tablet formulations.

METHOCEL™ A4M Premium Methylcellulose a water-soluble additive, is utilized in granulation and wet granulation manufacturing. It functions as a binder in ceramics and pharmaceuticals, serving as a binder, film former, and gelling agent in various applications.

METHOCEL™ F4M Premium HPMC is water-soluble and finds application in ceramics and pharmaceuticals. It acts as a binder, film former, gelling agent, mucoadhesive, solubilizer, suspension aid, thickener, and viscosity modifier. Produced through granulation, it serves various industrial and pharmaceutical functions.

METHOCEL™ K4M Premium HPMC utilized in ceramics and pharmaceuticals, serves as a binder, film former, gelling agent, mucoadhesive, solubilizer, and suspension aid. It aids in granulation and exhibits water solubility.

SeaSpen® PF NF in suspension form, adheres to various labeling claims including Kosher, Nitrosamines-free, GRAS, GMO-free, Non-GMO, and Palm Oil-free. It is utilized in oral drug delivery within the healthcare and pharmaceutical sectors, functioning as an excipient aiding in formulation and processing.

METHOCEL™ A4C Premium Methylcellulose manufactured using granulation technology, serves various functions in pharmaceutical and nutraceutical applications. It acts as a binder, film former, gelling agent, mucoadhesive, thickener, and viscosity modifier, ensuring optimal performance and formulation versatility.

METHOCEL™ E4M Premium HPMC, with the chemical name hypromellose, is used in various applications, including ceramics, as a binder. It is manufactured through granulation and serves multiple functions in pharmaceuticals and nutraceuticals, such as binding, film formation, mucoadhesion, solubilization, thickening, and viscosity modification. It exhibits water solubility.