HFlow 1

The HFlow 1 flowmeter funnel is a reliable and accurate device to measure bulk density and flow rate in pharmaceutical and metal powders. It allows the sample to flow through a standard Hall funnel, Carney funnel, or Gustavsson funnel, providing precise and reliable measurements of powder flowability. Complied with USP, Ph. Eur., ASTM, and ISO standards, it is ideal for use in laboratories and production facilities working with pharmaceutical and metal powders.

Features and Benefits

  • Measurement: Bulk density and Flow rate
  • Technology: Flowmeter Funnel
  • Three funnels: Hall (2.5 mm orifice), Carney (5 mm orifice), and Gustavsson (2.5 mm orifice).

Overview

1. Measurement: Bulk Density and Flow Rate

 

The HFlow 1 measures both bulk density and flow rate in pharmaceutical and metal powders, offering a choice of three standard funnels—Hall, Carney, and Gustavsson. Complied with USP, Ph. Eur., ASTM, and ISO standards, it accommodates diverse applications, allowing customers to choose the best fit for their measurement requirements.

 

HFlow-1-Flowmeter-Funnel-with-three-standard-funnels

 

2. Measurement Procedure

  • Bulk Density

 

Bulk-Density-measurement-procedure

 

  • Flow Rate 

Flow-Rate-measurement-procedure

3. Application Example

Analyzing bulk density and flow rate of various metal powders applied in additive manufacturing  (AM).

Hall, Carney, and Gustavsson funnels equipped in HFlow 1 have different orifice diameters and angles respectively. They can be employed to test the bulk density and flow rate of a wide range of metal AM powders for evaluating printability.

 

HFlow 1 Application Example in additive manufacturing

 

4. Interoperability

The combination of the laser diffraction analyzer Bettersizer 2600 and HFlow 1 assists in balancing the particle size distribution and flow property of AM powders.

In the feedstock preparation process, undersized particles tend to aggregate, which can be detrimental to powder bed fusion processes. The agglomerates will impede the flow behavior of the powder by increasing interparticle friction.

 

combination of the laser diffraction analyzer Bettersizer 2600 and HFlow 1

 

 

 

 

Curated Resources

  • Application Note
    Particle and Powder Characteristics of Metal Feedstock for Powder-bed Additive Manufacturing

    2024-10-15

    Particle and Powder Characteristics of Metal Feedstock for Powder-bed Additive Manufacturing

    bigClick
  • Industry Solution
    Additive Manufacturing Solution Particle and Powder Characterization

    2024-02-28

    Additive Manufacturing Solution - Particle and Powder Characterization

    bigClick
  • Guidebook
    Powder Characteristics Guidebook

    2022-09-08

    Powder Characteristics Guidebook

    bigClick

More resources

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