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PEARLITOL® CR-H - HYPROMELLOSE - MANNITOL

PEARLITOL®

®Registered Trademark(s) of Roquette Frères
  • Controlled release
  • designed for direct compression

Co-processed Mannitol HPMC

Applications

  • 1. Solid Forms - Tablets
  • Swallowable Tablets
  • 5. Other Solid Forms
  • Losenges

Functional properties

  • Modified Release Agents
  • Sustained Release Agents

Documents

Product Specification Sheet

Region :

473,97 Ko

Safety Data Sheet

Region : Europe, BE

EN 468,59 Ko

Region : Europe, CY

EN 466,15 Ko

Region : Europe, DE

EN 471,37 Ko

Region : Americas, CA

EN 249,49 Ko

Region : Europe, CH

EN 468,82 Ko

Region : Asia, CN

EN 289,44 Ko

Region : Europe, DK

EN 327,40 Ko

Region : Europe, AT

DE 476,88 Ko

Region : Europe, BE

DE 479,71 Ko

Region : Europe, BE

FR 577,42 Ko

Region : Europe, BE

NL 474,07 Ko

Region : Americas, BR

PT 484,42 Ko

Region : Europe, BG

BG 619,32 Ko

Region : Europe, CY

EL 609,66 Ko

Region : Europe, CY

TR 613,97 Ko

Region : Europe, DE

DE 484,04 Ko

Region : Americas, CA

FR 358,06 Ko

Region : Europe, CH

DE 479,82 Ko

Region : Europe, CH

FR 577,83 Ko

Region : Europe, CH

IT 565,42 Ko

Region : Asia, CN

ZH 504,96 Ko

Region : Europe, CZ

CS 592,89 Ko

Region : Europe, EE

ET 569,62 Ko

Region : Europe, DK

DA 476,14 Ko

Region : Europe, ES

ES 480,17 Ko

Get in touch with our Technical Experts

Please feel free to contact our technical experts for support during the development process.

Technical data

Synonyms D-Mannitol-Hydroxypropyl methylcellulose, HPMC
Composition D-Mannitol 30%-HPMC K4M 70%
CAS number D-Mannitol 69-65-8 Hypromellose 9004-65-3
Physical form or apperance White to yellowish-white, powder or granules
Application PEARLITOL® CR-H co-processed mannitol HPMC is a direct compression excipient providing functional properties of binder as well as controlled release to your tablet. PEARLITOL® CR-H can be used in both pharmaceutical and nutraceutical oral dosage forms.
Teste/Odor Neutral taste, slightly sweet
Morphology
MORPHOLOGY
Water sorption isotherm at 20°C
WATER_SORPTION
Chemical Structure
CHEMICAL_STRUCTURE
Average molecular weight Mannitol: 182.2 g/mol
Maximal Water content (LOD) 4.00
Solubility Partially soluble in cold water.
Minimum melting temperature Mannitol: 165 °C
Maximum melting temperature Mannitol: 170 °C
Average mean particle diameter 160
dv10 Particle size distribution 60
dv50 Particle size distribution 140
dv90 Particle size distribution 290
Tablet Hardness
COMPRESSION_BEHAVIOUR_TABLET_HARDNESS
Experimental Conditions for Compression Behavior_Tablet Press STYL'ONE EVO
Experimental Conditions for Compression Behavior_Production Speed 30 and 65 RPM (linear punch velocity: 49 and 91 mm/s; simulated KORSCH XL-400 rotary press speed: 63,000 and 136,500 tablets/hour)
Experimental Conditions for Compression Behavior_Tooling Diameter 11.28 mm flat
Experimental Conditions for Compression Behavior_Formuls PEARLITOL® CR H / external lubrication with magnesium stearate
Experimental Conditions for Compression Behavior_Tablet Mass 400 mg
Powder Flowability (according to Ph.Eur. 2.9.16, 10mm outflow opening) 12
Bulk Density (g/ml) 0.34
Tapped Density (g/ml) 0.43
True Density (g/ml) 1.46
Specific Surface Area (m²/g) 0.80
Angle of Repose (°) 36
API Release Kinetics
API_RELEASE_KINETICS
Experimental Conditions for Sustained Release Behaviour_Tablet Press STYL'ONE EVO
Experimental Conditions for Sustained Release Behaviour_Production Speed 30 RPM (linear punch velocity: 49 mm/s; simulated KORSCH XL-400 rotary press speed: 63,000 tablets/hour)
Experimental Conditions for Sustained Release Behaviour_Tooling Diameter 13 mm flat
Experimental Conditions for Sustained Release Behaviour_Formula 50% Metformin / 49% PEARLITOL® CR-H / 1% magnesium stearate
Experimental Conditions for Sustained Release Behaviour_Tablet Mass 1,000 mg
Experimental Conditions for Sustained Release Behaviour_Tablet Hardness 109 N
Experimental Conditions for Sustained Release Behaviour_Tablet Thickness 6.8 mm
Experimental Conditions for Sustained Release Behaviour_Dissolution Bath USP II with helical sinker
Experimental Conditions for Sustained Release Behaviour_Release Media pH transition method adapted from USP <711> Dissolution Method A