Products

BIOGRUND’s one-step film coating system AquaPolish® E provides a protective film with excellent enteric properties. And with its superior light, oxygen and moisture protection, it is recommended for tablets, pellets, capsules and granules.

BIOGRUND’s one-step matrix agent CompactCel® SR provides an easy-to-use compound which controls the sustained release of active ingredients. CompactCel® SR forms a gel, through which the active ingredient diffuses. The use of NaCMC accelerates the gel-forming process, so the initial drug release is reduced.

BIOGRUND’s one-step film coating system AquaPolish® provides a protective and fast release film on tablets, pellets, granules and capsules. It is a unique, dry milled, homogeneous blend of selected film-forming cellulose ethers with plasticizing and coloring additives.

CompactCel® DIS is a natural/organic super-disintegrant which enables a rapid break-up of solid dosage forms when they come into contact with moisture. The super-disintegrant premix is formulated with natrual ingredients which complies with current Clean Label Standards. It provides an alternative to synthetic super-disintegrants, such as crosslinked polymers, crosscarmellose sodium or sodium starch glycolate. CompactCel® DIS helps in the fast breakdown of the solid dosage form so that the active ingredient becomes bioavailable faster and is readily absorbed. It can be also used in the formulation of oral disintegrating tablets (ODT) or chewing tablets.

AquaPolish® TC is a combination of HPMC, HPC and other cellulose ethers with taste masking additives. Due to the further additives, which form a hardly soluble film, a tastemasking is achieved.

AquaPolish® SR creates a strong and insoluble film coating with good adhesion, through which the active ingredient diffuses. The use of highquality, insoluble cellulose ethers or Ammonio Methacrylate Copolymer (Type A, Type B) in combination with soluble cellulose ethers, plasticizing and coloring additives, guarantees film coatings that are always reproducible. By varying the type and amount of the cellulose ethers used, a wide range of release profiles can be achieved.