ARMOR PHARMA™ lactose monohydrate 80M is a coarse free flowing powder of α-lactose monohydrate with typical Tomahawk shape. Sieving process gives coarse particles with a narrow particle size distribution enabling very good flowability. This lactose is very often used in capsules and sachets formulation.
ARMOR PHARMA™ lactose monohydrate 150M is a milled powder of α-lactose monohydrate, combining good compaction and blending properties. This lactose is mostly used for tablet manufacturing using wet and dry granulation technologies.
ARMOR PHARMA™ lactose monohydrate 200M is a fine milled powder of α-lactose monohydrate, combining good compaction and blending properties. This lactose is mostly used for tablet manufacturing using wet and dry granulation technologies.
ARMOR PHARMA™ lactose monohydrate 350M is a fine milled powder of α-lactose monohydrate, combining good compaction and blending properties. This lactose is mostly used for tablet manufacturing using wet and dry granulation technologies.
ARMOR PHARMA™ lactose monohydrate 201 is a fine milled powder of α-lactose monohydrate, combining good compaction and blending properties. This lactose is mostly used for tablet manufacturing using wet and dry granulation technologies.
ARMOR PHARMA™ lactose monohydrate 231 is a very finely milled powder of α-lactose monohydrate, combining good compaction and blending properties. This lactose is mostly used for tablet manufacturing using wet and dry granulation technologies.
ARMOR PHARMA™ lactose monohydrate 450M is a very finely milled powder of α-lactose monohydrate, combining good compaction and blending properties. This lactose is mostly used for tablet manufacturing using wet and dry granulation technologies.
EXCIPRESS™ GR150 is a granulated lactose typically used for Direct Compression. Granulated lactose consists of agglomerates of primary lactose fine particles bound in a matrix of non-amorphous lactose.
EXCIPRESS™ SD2L is a Spray-Dried lactose typically used for Direct Compression. Spray-Dried lactose consists of fine primary lactose particles bound in a matrix of amorphous lactose. Its spherical shape enables the highest flowability.
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