Powder Characterization for Additive Manufacturing


Chemical-physical, morphological, and rheological analysis of metallic and polymeric powders for raw material qualification and 3D printing process control.

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Caratterizzazione delle polveri Additive Manufacturing

Powder characterization services for additive manufacturing comprehensively evaluate the chemical, physical, and geometric parameters that dictate packing density and the structural quality of the final printed component. Utilizing advanced analytical techniques, we determine particle size distribution, particle sphericity, and flow behavior, ensuring raw material compliance for both virgin and reused powders.

These laboratory investigations are widely applied across high-criticality industries including Aerospace, Biomedical, and Automotive. Monitoring powder integrity, contamination levels, and oxidation rates is a strict mandate to optimize printer process parameters (L-PBF, EBM, DED) and prevent internal defects or component porosity.

Application materials

Metals

metal alloys


Application sectors

Additive Manufacturing

Pharmaceuticals

Ceramics

Metallurgy

Energy

Cosmetics

Food

Chemicals

Automotive

Aerospace

The main tests for characterizing powders

It performs countless powder characterization tests, both standardized and customized, analyzing their physical and chemical properties.

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01 Particle size analysis

This test determines the size distribution of particles using techniques such as laser diffraction and sieving, influencing properties such as reactivity and flow behavior.

ISO 13320ASTM B822

02 Particle morphology analysis

This test uses techniques such as scanning electron microscopy (SEM) to characterize the shape and surface structure of particles, which are fundamental to the performance of the material.

ISO 13322-1ASTM F1877

03 Determination of apparent and real density

This test measures the density of powders to assess their compatibility with molding, sintering, and additive manufacturing processes.

ISO 3923ASTM B212

04 Flow behavior analysis

This test verifies the flowability of powders by means of angle of repose, flow velocity, and compressibility tests, which are crucial parameters for dosing and filling in industrial processes.

ISO 4324ASTM

05 Moisture absorption and chemical stability

This test analyzes the ability of powders to absorb moisture and their stability in different environments, ensuring consistent performance over time.

ISO 12570ASTM E104
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03
Laboratorio analisi di materiali metallici analisi chimico

Fully customized analysis and testing

All analyses can be structured in a completely customised manner, based on customer requirements. We offer tailor-made tests for materials, conditions of use and required regulations, ensuring reliable and targeted results.

For more information, visit Corrosionpedia

For further insights, articles, and regulations on material corrosion, visit the CORROSIONPEDIA portal (https://www.corrosionpedia.com)

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Areas of application

Powder characterisation tests are essential for high-tech industries, as they guarantee materials with optimal performance for innovative production processes.

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All tests can be performed in a completely customized manner, adapting to the customer's needs. Pontlab also offers tailored consulting services to define the most suitable tests, ensuring reliable and targeted results.

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Commercial

General information

Discover other tests

In addition to powder characterization tests, Pontlab performs countless other tests, including on different materials such as polymers, fabrics, leather, and paints. Discover the other tests by visiting the dedicated pages.

Microscopia a scansione elettronica SEM

Scanning electron microscopy (SEM)

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Prove sui materiali metallici

Metallographic and Microstructural Analysis

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Meccanica della Frattura - Avanzamento della Cricca

Fracture Mechanics Testing

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Immagine della prova Mixed Flowing Gas (MFG)

Mixed Flowing Gas (MFG)

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 Stress Corrosion Cracking Test

Stress Corrosion Cracking (SCC) Testing

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Esempio di un controllo saldatura con la Tomografia Industriale Computerizzata per componente aerospace

Industrial Computed Tomography (CT)

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Resistenza all'ozono

Ozone Resistance Testing

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Chemical Imaging difetto superficiale

Chemical Imaging (CI)

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Test di invecchiamento UV

UV Aging Testing

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Scansione Laser 3D

3D Laser Scanning & Optical Metrology

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Prova di invecchiamento accelerato attraverso XenoTest

Xenon Arc Weathering (Xenotest)

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Prove di fatica

Fatigue tests

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