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HMKFlow 329 Powder Flowability Angle of Repose Tester

HMKFlow 329 is an apparatus of angle of repose usp 1174 used to measure the angle of repose of pharmaceutical powders. Powder angle of repose is part of powder flow test. HMKFlow 329 conforms to US Pharmacopoeia Chapter USP 1174 and European Pharmacopoeia Chapter EP 2.9.36. It also meets ISO 4324and agricultural fertilizers(ISO 8398). The angle of repose is the angle of the conical pile produced when a granular sample is poured onto a horizontal surface (test platform).

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  • PRODUCT DETAIL
  • PICTURES
  • APPARATUS
  • Specifications
  • FEATURES
  • principle

HMKFlow 329 Powder Flowability Angle Of Repose Tester

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HMKFlow 329 Powder Flowability Angle Of Repose Tester P/N 32998 picture is subject to latest catalog upon inquiry and quotation

HMKFlow 329 Powder Flowability Angle Of Repose Tester P/N 32998 picture is subject to latest catalog upon inquiry and quotation

HMKFlow 329 is an apparatus of angle of repose usp 1174 used to measure the angle of repose of pharmaceutical powders. Powder angle of repose is part of powder flow test. HMKFlow 329 conforms to US Pharmacopoeia Chapter USP 1174 and European Pharmacopoeia Chapter EP 2.9.36. It also meets ISO 4324and agricultural fertilizers(ISO 8398). The angle of repo

se is the angle of the conical pile produced when a granular sample is poured onto a horizontal surface (test platform). HMKFlow 329 is supplied with free Windows software to obtain the test results in a second.

HMKFlow 329 consists of a stand, funnel, stirrer, test platform and a digital height gage, having a range of 0-300 mm and an accuracy of 0.05 mm.

Pour sample into the funnel and stir the sample if necessary, the powder produce a cone on the test platform and use a digital gage measure the height of the pile. The tangent of the angle of repose (in degrees) can be determined by reading off the height of the powder cone in mm from the digital display of the height gage and dividing it by 50.

Table EUROPEAN PHARMACOPOEIA 2.9.36-1. – Flow properties and corresponding angles of repose

• 25-30° Angle of repose corresponds to Excellent flow property
• 31-35° Angle of repose corresponds to Good flow property
• 36-40° Angle of repose corresponds to Fair – aid not needed flow property
• 41-45° Angle of repose corresponds to Passable – may hang up flow property
• 46-55° Angle of repose corresponds to Poor – must agitate, vibrate flow property
• 56-65° Angle of repose corresponds to Very poor flow property
• >66° Angle of repose corresponds to Very, very poor flow property

With solely developped calculation and conclusion software, operator easily got results of powder flowability.

PICTURES

APPARATUS

  • Main funnel
  • Agitator
  • Base-plate
  • 3 Nozzles 10mm/15mm/25mm Diameter
  • Digital height gauge

Specifications

  • Composition: test platform, all stainless steel funnel , agitator, support, electronic height gauge and software
  • Principle: Angle of Repose measuring method and the funnel method of the European Pharmacopoeia/ ISO flowability test method
  • Output: Free online computing / optional intelligent software.
  • Report form: online print / A4 report form
  • Physical Property to measure: angle of repose/flow rate
  • Sample Loading Volume: 250 mL(depends on apparent volume)
  • Max Height: 300mm/12in
  • Measurement: W20 x D28 x H40 cm
  • Power: 1.5V
  • Weight: 8 Kgs NET

FEATURES

  • Compact design,easy to clean
  • 3 nozzles are equipped makes it measure flow rate as well
  • Flexible stirrer,easy to disperse sample
  • Digital height gauge accurate to 0.01mm
  • Automatic calculating software output A4 report by printer
  • Conforms to EP and USP

principle

The measuring principle is: pour the sample into the funnel  and stir when necessary, and the powder flowing out to the measuring platform to accumulate and form a cone, and measure the height of the cone with the height gauge, and calculate the  angle of repose  of the powder according to the formula. At the same time, pour the quantitative sample into the funnel , and calculate the flow velocity according to the flow time.