| Product Name | Category | Characteristic & Application | CDMF status |
|---|---|---|---|
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Respitose® ML001
|
Milled Lactose（Inhalation）
|
Milled inhalation lactose is a highly consistent crystalline lactose with irregular-shaped particles and cohesive flow properties. Lactose is mechanically milled to varying degrees of particle size. This will allow pharmaceutical companies to choose the best grade fitting their formulation needs.
Milled lactose grades consist of irregular shaped particles with a controlled particle size. Milled lactose typically has a broad particle size distribution, with lower median particle size than sieved lactose. Due to its fine nature and relatively high surface area, the flow of milled lactose is classified as cohesive to very cohesive.
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Respitose® ML003
|
Milled Lactose（Inhalation）
|
Milled inhalation lactose is a highly consistent crystalline lactose with irregular-shaped particles and cohesive flow properties. Lactose is mechanically milled to varying degrees of particle size. This will allow pharmaceutical companies to choose the best grade fitting their formulation needs.
Milled lactose grades consist of irregular shaped particles with a controlled particle size. Milled lactose typically has a broad particle size distribution, with lower median particle size than sieved lactose. Due to its fine nature and relatively high surface area, the flow of milled lactose is classified as cohesive to very cohesive.
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Lactohale® 400
|
Milled Lactose（Inhalation）
|
It is a milled, anhydrous lactose grade with a median particle size of 100μm. The coarse milled lactose grade could be used in Dry Powder Inhalation (DPI) applications where a relatively good flow with some cohesiveness is required. Its anhydrous nature makes this a unique product in DFE portfolio.
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Lactohale® 300
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Microfine Lactose（Inhalation）
|
It is a very fine micronized lactose with a D50 below 5 microns. LH300 can be utilised within a Dry powder inhalation formulation to improve the drug deposition. Improved deposition can be obtained in several ways by the introduction of fines. In addition, by blending Lactohale® 300 with selected coarse lactose grades a specific lactose blend can be developed to achieve your target product profile.
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BioHale® Sucrose
|
Sucrose（Inhalation）
|
Multiple technologies for nasal and pulmonary drug delivery of active pharmaceutical ingredients exist. For the design of carrier-free formulations, spray drying has emerged as the preferred technology. Spray drying can be used to modify the particle surface, shape and density. An advantage of spray drying is that excipients, like the Biohale® grades, can be incorporated to modify aerosolization and flow properties, as well as to modify the drug release.
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BioHale® Trehalose Dihydrate
|
Trehalose Dihydrate
（Inhalation）
|
Multiple technologies for nasal and pulmonary drug delivery of active pharmaceutical ingredients exist. For the design of carrier-free formulations, spray drying has emerged as the preferred technology. Spray drying can be used to modify the particle surface, shape and density. An advantage of spray drying is that excipients, like the Biohale® grades, can be incorporated to modify aerosolization and flow properties, as well as to modify the drug release.
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Prejel PA5 PH
|
Fully pregelatinized starch
|
Prejel PA5 PH is non-GMO, fully pregelatinized starch. It is a cost-effective excipient with a long history of usage as a binder for dry and wet addition in wet granulation. As a binder, Prejel PA5 PH enables the formation of tablets characterized by high tensile strength with low friability. Prejel PA5 PH is a high purity grade of starch that contains low levels of proteins and fats.
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Respitose® SV014
|
Sieved Lactose（Inhalation）
|
Sieved inhalation lactose is a crystalline lactose with tomahawk-shaped particles having smooth surface and good flow properties. Varying degrees of particle sizes have been achieved by sieving, allowing our customers to choose the best grade fitting their formulation need.
|
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Lactohale® 200
|
Milled Lactose（Inhalation）
|
Milled inhalation lactose is a highly consistent crystalline lactose with irregular-shaped particles and cohesive flow properties. Lactose is mechanically milled to varying degrees of particle size. This will allow pharmaceutical companies to choose the best grade fitting their formulation needs.
Milled lactose grades consist of irregular shaped particles with a controlled particle size. Milled lactose typically has a broad particle size distribution, with lower median particle size than sieved lactose. Due to its fine nature and relatively high surface area, the flow of milled lactose is classified as cohesive to very cohesive.
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Lactohale® 201
|
Milled Lactose（Inhalation）
|
Milled inhalation lactose is a highly consistent crystalline lactose with irregular-shaped particles and cohesive flow properties. Lactose is mechanically milled to varying degrees of particle size. This will allow pharmaceutical companies to choose the best grade fitting their formulation needs.
Milled lactose grades consist of irregular shaped particles with a controlled particle size. Milled lactose typically has a broad particle size distribution, with lower median particle size than sieved lactose. Due to its fine nature and relatively high surface area, the flow of milled lactose is classified as cohesive to very cohesive.
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Lactohale® 206
|
Milled Lactose（Inhalation）
|
Milled inhalation lactose is a highly consistent crystalline lactose with irregular-shaped particles and cohesive flow properties. Lactose is mechanically milled to varying degrees of particle size. This will allow pharmaceutical companies to choose the best grade fitting their formulation needs.
Milled lactose grades consist of irregular shaped particles with a controlled particle size. Milled lactose typically has a broad particle size distribution, with lower median particle size than sieved lactose. Due to its fine nature and relatively high surface area, the flow of milled lactose is classified as cohesive to very cohesive.
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Lactohale® 210
|
Milled Lactose（Inhalation）
|
Milled inhalation lactose is a highly consistent crystalline lactose with irregular-shaped particles and cohesive flow properties. Lactose is mechanically milled to varying degrees of particle size. This will allow pharmaceutical companies to choose the best grade fitting their formulation needs.
Milled lactose grades consist of irregular shaped particles with a controlled particle size. Milled lactose typically has a broad particle size distribution, with lower median particle size than sieved lactose. Due to its fine nature and relatively high surface area, the flow of milled lactose is classified as cohesive to very cohesive.
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Lactohale® 220
|
Milled Lactose（Inhalation）
|
Milled inhalation lactose is a highly consistent crystalline lactose with irregular-shaped particles and cohesive flow properties. Lactose is mechanically milled to varying degrees of particle size. This will allow pharmaceutical companies to choose the best grade fitting their formulation needs.
Milled lactose grades consist of irregular shaped particles with a controlled particle size. Milled lactose typically has a broad particle size distribution, with lower median particle size than sieved lactose. Due to its fine nature and relatively high surface area, the flow of milled lactose is classified as cohesive to very cohesive.
|
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Lactohale® 230
|
Milled Lactose（Inhalation）
|
Milled inhalation lactose is a highly consistent crystalline lactose with irregular-shaped particles and cohesive flow properties. Lactose is mechanically milled to varying degrees of particle size. This will allow pharmaceutical companies to choose the best grade fitting their formulation needs.
Milled lactose grades consist of irregular shaped particles with a controlled particle size. Milled lactose typically has a broad particle size distribution, with lower median particle size than sieved lactose. Due to its fine nature and relatively high surface area, the flow of milled lactose is classified as cohesive to very cohesive.
|
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Pharmatose 300M
|
Milled Lactose
|
Milled lactose monohydrate grades. Lactose is mechanically milled to varying degrees of particle sizes allowing pharmaceutical companies to choose the grade best fitting their formulation needs. Due to its fine nature and relatively high surface area, milled lactose compacts well. This lactose type is typically used in tablets, capsules and extrusion spheronisation.
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Pharmatose 350M NZ
|
Milled Lactose
|
Milled lactose monohydrate grades. Lactose is mechanically milled to varying degrees of particle sizes allowing pharmaceutical companies to choose the grade best fitting their formulation needs. Due to its fine nature and relatively high surface area, milled lactose compacts well. This lactose type is typically used in tablets, capsules and extrusion spheronisation.
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Pharmatose 350M
|
Milled Lactose
|
Milled lactose monohydrate grades. Lactose is mechanically milled to varying degrees of particle sizes allowing pharmaceutical companies to choose the grade best fitting their formulation needs. Due to its fine nature and relatively high surface area, milled lactose compacts well. This lactose type is typically used in tablets, capsules and extrusion spheronisation.
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Pharmatose 450M
|
Milled Lactose
|
Milled lactose monohydrate grades. Lactose is mechanically milled to varying degrees of particle sizes allowing pharmaceutical companies to choose the grade best fitting their formulation needs. Due to its fine nature and relatively high surface area, milled lactose compacts well. This lactose type is typically used in tablets, capsules and extrusion spheronisation.
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Lactochem Microfine
|
Microfine Lactose
|
Micronised lactose has extremely small particles (90% is less than 10 micron). The product is used to create a pre-blend with the API to prevent segregation.
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Lactopress Granulated
|
Granulated lactose
|
Agglomerated monohydrate lactose is highly consistent, the processed utilising a unique production technology. The granule structure (containing small primary particle sizes), as a result of fluid bed processing, provides optimal flow / compaction ratio allowing easy direct compression processing. lt is a product with ideal mixing properties for low to high dose formulations and will contribute to an efficient development process due to it is highly stable properties.
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SuperTab 30GR
|
Granulated lactose
|
Agglomerated monohydrate lactose is highly consistent, the processed utilising a unique production technology. The granule structure (containing small primary particle sizes), as a result of fluid bed processing, provides optimal flow / compaction ratio allowing easy direct compression processing. lt is a product with ideal mixing properties for low to high dose formulations and will contribute to an efficient development process due to it is highly stable properties.
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SuperTab 40LL
|
Granulated lactose
|
SuperTab® 40LL is a co-processed product that combines the critical functionalities of enhanced flow, superior compaction and high dispersibility into one single ingredient. Consequently, it expands the limits of direct compression, making it the ingredient of choice for mini-tablets and other challenging nutraceutical formulations.
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Lactopress Spray-dried 250
|
Spray Dried Lactose
|
Spray dried lactose is highly consistent, spray-dried monohydrate lactose enabling efficient tableting by offering free flow properties. They are developed to combine the high compactability of finely milled lactose with good flow properties of spherical spray-dried particles. Especially for low dose formulation, spray-dried lactose from DFE Pharma is well suited to ensure content uniformity. This lactose type is typically used for tablet and capsule formulations.
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Lactopress Spray-dried
|
Spray Dried Lactose
|
Spray dried lactose is highly consistent, spray-dried monohydrate lactose enabling efficient tableting by offering free flow properties. They are developed to combine the high compactability of finely milled lactose with good flow properties of spherical spray-dried particles. Especially for low dose formulation, spray-dried lactose from DFE Pharma is well suited to ensure content uniformity. This lactose type is typically used for tablet and capsule formulations.
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SuperTab 11SD
|
Spray Dried Lactose
|
Spray dried lactose is highly consistent, spray-dried monohydrate lactose enabling efficient tableting by offering free flow properties. They are developed to combine the high compactability of finely milled lactose with good flow properties of spherical spray-dried particles. Especially for low dose formulation, spray-dried lactose from DFE Pharma is well suited to ensure content uniformity. This lactose type is typically used for tablet and capsule formulations.
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SuperTab 11SD NZ
|
Spray Dried Lactose
|
Spray dried lactose is highly consistent, spray-dried monohydrate lactose enabling efficient tableting by offering free flow properties. They are developed to combine the high compactability of finely milled lactose with good flow properties of spherical spray-dried particles. Especially for low dose formulation, spray-dried lactose from DFE Pharma is well suited to ensure content uniformity. This lactose type is typically used for tablet and capsule formulations.
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SuperTab 14SD
|
Spray Dried Lactose
|
Spray dried lactose is highly consistent, spray-dried monohydrate lactose enabling efficient tableting by offering free flow properties. They are developed to combine the high compactability of finely milled lactose with good flow properties of spherical spray-dried particles. Especially for low dose formulation, spray-dried lactose from DFE Pharma is well suited to ensure content uniformity. This lactose type is typically used for tablet and capsule formulations.
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SuperTab 50 ODT
|
Spray Dried Lactose
|
SuperTab® 50 ODT is a highly consistent, monohydrate lactose. Due to the porous nature, fast disintegration time can be established. These attributes of SuperTab® 50 ODT, in combination with a superdisintegrant, offer rapid disintegration in the mouth. Therefore SuperTab® 50 ODT is found to be the ideal solution for oral disintegrating tablets (ODT) where fast disintegration and good mouth feel is of key importance.
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Lactopress Anhydrous
|
Anhydrous lactose
|
A solution of lactose is rapidly dried at high temperature to form anhydrous lactose which is then milled and sieved to the required particle size distribution. Anhydrous lactose offers the best compactability of all grades of lactose, and it is well suited to direct compression applications.
Anhydrous lactose is also well suited for formulations containing moisture sensitive drugs, due to the absence of crystal water. It is the recommended form of lactose for dry granulation because its brittle nature allows re-compaction without loss of tabletability.
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Lactopress Anhydrous Powder
|
Anhydrous lactose
|
A solution of lactose is rapidly dried at high temperature to form anhydrous lactose which is then milled and sieved to the required particle size distribution. Anhydrous lactose offers the best compactability of all grades of lactose, and it is well suited to direct compression applications.
Anhydrous lactose is also well suited for formulations containing moisture sensitive drugs, due to the absence of crystal water. It is the recommended form of lactose for dry granulation because its brittle nature allows re-compaction without loss of tabletability.
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Lactopress Anhydrous Fine Powder
|
Anhydrous lactose
|
A solution of lactose is rapidly dried at high temperature to form anhydrous lactose which is then milled and sieved to the required particle size distribution. Anhydrous lactose offers the best compactability of all grades of lactose, and it is well suited to direct compression applications.
Anhydrous lactose is also well suited for formulations containing moisture sensitive drugs, due to the absence of crystal water. It is the recommended form of lactose for dry granulation because its brittle nature allows re-compaction without loss of tabletability.
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SuperTab 21AN
|
Anhydrous lactose
|
A solution of lactose is rapidly dried at high temperature to form anhydrous lactose which is then milled and sieved to the required particle size distribution. Anhydrous lactose offers the best compactability of all grades of lactose, and it is well suited to direct compression applications.
Anhydrous lactose is also well suited for formulations containing moisture sensitive drugs, due to the absence of crystal water. It is the recommended form of lactose for dry granulation because its brittle nature allows re-compaction without loss of tabletability.
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SuperTab 22AN
|
Anhydrous lactose
|
A solution of lactose is rapidly dried at high temperature to form anhydrous lactose which is then milled and sieved to the required particle size distribution. Anhydrous lactose offers the best compactability of all grades of lactose, and it is well suited to direct compression applications.
Anhydrous lactose is also well suited for formulations containing moisture sensitive drugs, due to the absence of crystal water. It is the recommended form of lactose for dry granulation because its brittle nature allows re-compaction without loss of tabletability.
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SuperTab 24AN
|
Granulated anhydrous lactose
|
A solution of lactose is rapidly dried at high temperature to form anhydrous lactose which is then milled and sieved to the required particle size distribution. Anhydrous lactose offers the best compactability of all grades of lactose, and it is well suited to direct compression applications.
Anhydrous lactose is also well suited for formulations containing moisture sensitive drugs, due to the absence of crystal water. It is the recommended form of lactose for dry granulation because its brittle nature allows re-compaction without loss of tabletability.
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SuperTab 40LL
|
Anhydrous lactose
|
A solution of lactose is rapidly dried at high temperature to form anhydrous lactose which is then milled and sieved to the required particle size distribution. Anhydrous lactose offers the best compactability of all grades of lactose, and it is well suited to direct compression applications.
Anhydrous lactose is also well suited for formulations containing moisture sensitive drugs, due to the absence of crystal water. It is the recommended form of lactose for dry granulation because its brittle nature allows re-compaction without loss of tabletability.
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Lactohale® 100
|
Sieved Lactose（Inhalation）
|
Sieved inhalation lactose is a crystalline lactose with tomahawk-shaped particles having smooth surface and good flow properties. Varying degrees of particle sizes have been achieved by sieving, allowing our customers to choose the best grade fitting their formulation need.
|
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Respitose® SV001
|
Sieved Lactose（Inhalation）
|
Sieved inhalation lactose is a crystalline lactose with tomahawk-shaped particles having smooth surface and good flow properties. Varying degrees of particle sizes have been achieved by sieving, allowing our customers to choose the best grade fitting their formulation need.
|
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|
Respitose® SV003
|
Sieved Lactose（Inhalation）
|
Sieved inhalation lactose is a crystalline lactose with tomahawk-shaped particles having smooth surface and good flow properties. Varying degrees of particle sizes have been achieved by sieving, allowing our customers to choose the best grade fitting their formulation need.
|
√
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Respitose® SV010
|
Sieved Lactose（Inhalation）
|
Sieved inhalation lactose is a crystalline lactose with tomahawk-shaped particles having smooth surface and good flow properties. Varying degrees of particle sizes have been achieved by sieving, allowing our customers to choose the best grade fitting their formulation need.
|
√
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Lactochem Fine Crystals
|
Sieved Lactose
|
Sieved lactose monohydrate grades. Lactose is sieved to varying degrees of particle sizes allowing pharmaceutical companies to choose the grade best fitting their formulation needs. Pharmaceutical α-lactose monohydrate is sieved, contributing to formulations where flow is of key importance. This lactose type is typically used for sachets and capsule filling.
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Lactochem Crystals
|
Sieved Lactose
|
Sieved lactose monohydrate grades. Lactose is sieved to varying degrees of particle sizes allowing pharmaceutical companies to choose the grade best fitting their formulation needs. Pharmaceutical α-lactose monohydrate is sieved, contributing to formulations where flow is of key importance. This lactose type is typically used for sachets and capsule filling.
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Pharmatose 50M
|
Sieved Lactose
|
Sieved lactose monohydrate grades. Lactose is sieved to varying degrees of particle sizes allowing pharmaceutical companies to choose the grade best fitting their formulation needs. Pharmaceutical α-lactose monohydrate is sieved, contributing to formulations where flow is of key importance. This lactose type is typically used for sachets and capsule filling.
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Pharmatose 60M
|
Sieved Lactose
|
Sieved lactose monohydrate grades. Lactose is sieved to varying degrees of particle sizes allowing pharmaceutical companies to choose the grade best fitting their formulation needs. Pharmaceutical α-lactose monohydrate is sieved, contributing to formulations where flow is of key importance. This lactose type is typically used for sachets and capsule filling.
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Pharmatose 70M
|
Sieved Lactose
|
Sieved lactose monohydrate grades. Lactose is sieved to varying degrees of particle sizes allowing pharmaceutical companies to choose the grade best fitting their formulation needs. Pharmaceutical α-lactose monohydrate is sieved, contributing to formulations where flow is of key importance. This lactose type is typically used for sachets and capsule filling.
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Pharmatose 80M
|
Sieved Lactose
|
Sieved lactose monohydrate grades. Lactose is sieved to varying degrees of particle sizes allowing pharmaceutical companies to choose the grade best fitting their formulation needs. Pharmaceutical α-lactose monohydrate is sieved, contributing to formulations where flow is of key importance. This lactose type is typically used for sachets and capsule filling.
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Pharmatose 90M
|
Sieved Lactose
|
Sieved lactose monohydrate grades. Lactose is sieved to varying degrees of particle sizes allowing pharmaceutical companies to choose the grade best fitting their formulation needs. Pharmaceutical α-lactose monohydrate is sieved, contributing to formulations where flow is of key importance. This lactose type is typically used for sachets and capsule filling.
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Pharmatose 100M
|
Sieved Lactose
|
Sieved lactose monohydrate grades. Lactose is sieved to varying degrees of particle sizes allowing pharmaceutical companies to choose the grade best fitting their formulation needs. Pharmaceutical α-lactose monohydrate is sieved, contributing to formulations where flow is of key importance. This lactose type is typically used for sachets and capsule filling.
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Pharmatose 110M
|
Sieved Lactose
|
Sieved lactose monohydrate grades. Lactose is sieved to varying degrees of particle sizes allowing pharmaceutical companies to choose the grade best fitting their formulation needs. Pharmaceutical α-lactose monohydrate is sieved, contributing to formulations where flow is of key importance. This lactose type is typically used for sachets and capsule filling.
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Pharmatose 125M
|
Sieved Lactose
|
Sieved lactose monohydrate grades. Lactose is sieved to varying degrees of particle sizes allowing pharmaceutical companies to choose the grade best fitting their formulation needs. Pharmaceutical α-lactose monohydrate is sieved, contributing to formulations where flow is of key importance. This lactose type is typically used for sachets and capsule filling.
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Lactochem Coarse Powder
|
Milled Lactose
|
Milled lactose monohydrate grades. Lactose is mechanically milled to varying degrees of particle sizes allowing pharmaceutical companies to choose the grade best fitting their formulation needs. Due to its fine nature and relatively high surface area, milled lactose compacts well. This lactose type is typically used in tablets, capsules and extrusion spheronisation.
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Lactochem Regular Powder
|
Milled Lactose
|
Milled lactose monohydrate grades. Lactose is mechanically milled to varying degrees of particle sizes allowing pharmaceutical companies to choose the grade best fitting their formulation needs. Due to its fine nature and relatively high surface area, milled lactose compacts well. This lactose type is typically used in tablets, capsules and extrusion spheronisation.
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Lactochem Powder
|
Milled Lactose
|
Milled lactose monohydrate grades. Lactose is mechanically milled to varying degrees of particle sizes allowing pharmaceutical companies to choose the grade best fitting their formulation needs. Due to its fine nature and relatively high surface area, milled lactose compacts well. This lactose type is typically used in tablets, capsules and extrusion spheronisation.
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Lactochem Fine Powder
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Milled Lactose
|
Milled lactose monohydrate grades. Lactose is mechanically milled to varying degrees of particle sizes allowing pharmaceutical companies to choose the grade best fitting their formulation needs. Due to its fine nature and relatively high surface area, milled lactose compacts well. This lactose type is typically used in tablets, capsules and extrusion spheronisation.
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Lactochem Extra Fine Powder
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Milled Lactose
|
Milled lactose monohydrate grades. Lactose is mechanically milled to varying degrees of particle sizes allowing pharmaceutical companies to choose the grade best fitting their formulation needs. Due to its fine nature and relatively high surface area, milled lactose compacts well. This lactose type is typically used in tablets, capsules and extrusion spheronisation.
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Lactochem Super Fine Powder
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Milled Lactose
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Milled lactose monohydrate grades. Lactose is mechanically milled to varying degrees of particle sizes allowing pharmaceutical companies to choose the grade best fitting their formulation needs. Due to its fine nature and relatively high surface area, milled lactose compacts well. This lactose type is typically used in tablets, capsules and extrusion spheronisation.
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Lactochem Regular Powder Injectable lactose
|
Milled Lactose
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Milled lactose monohydrate grades. Lactose is mechanically milled to varying degrees of particle sizes allowing pharmaceutical companies to choose the grade best fitting their formulation needs. Due to its fine nature and relatively high surface area, milled lactose compacts well. This lactose type is typically used in tablets, capsules and extrusion spheronisation.
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Pharmatose 130M NZ
|
Milled Lactose
|
Milled lactose monohydrate grades. Lactose is mechanically milled to varying degrees of particle sizes allowing pharmaceutical companies to choose the grade best fitting their formulation needs. Due to its fine nature and relatively high surface area, milled lactose compacts well. This lactose type is typically used in tablets, capsules and extrusion spheronisation.
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Pharmatose 150M
|
Milled Lactose
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Milled lactose monohydrate grades. Lactose is mechanically milled to varying degrees of particle sizes allowing pharmaceutical companies to choose the grade best fitting their formulation needs. Due to its fine nature and relatively high surface area, milled lactose compacts well. This lactose type is typically used in tablets, capsules and extrusion spheronisation.
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Pharmatose 200M
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Milled Lactose
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Milled lactose monohydrate grades. Lactose is mechanically milled to varying degrees of particle sizes allowing pharmaceutical companies to choose the grade best fitting their formulation needs. Due to its fine nature and relatively high surface area, milled lactose compacts well. This lactose type is typically used in tablets, capsules and extrusion spheronisation.
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Pharmatose 200M NZ
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Milled Lactose
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Milled lactose monohydrate grades. Lactose is mechanically milled to varying degrees of particle sizes allowing pharmaceutical companies to choose the grade best fitting their formulation needs. Due to its fine nature and relatively high surface area, milled lactose compacts well. This lactose type is typically used in tablets, capsules and extrusion spheronisation.
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