Microtrac products are not only of the highest quality, but also meet ASTM, DIN, ISO, and USP standards. We take great care in ensuring that our products meet all necessary requirements, so you can trust that you are getting the very best. Our commitment to quality and compliance is reflected in our dedicated team of quality control experts who oversee every step of the manufacturing process. With our products, you can rest assured that you are getting products that are not only durable and reliable, but also meet the most rigorous industry standards.
| Meet Principe | Standaards | Standard Title | Relevant(e) model(len) |
|---|---|---|---|
| Gas Adsorptie | ASTM B922 | Standaard analysemethode voor specifiek oppervlak van metaalpoeder door middel van fysische adsorptie | BELSORP MINI X, BELSORP MAX G, BELSORP MAX X |
| Gas Adsorptie | ASTM B923 | Standaard analysemethode voor skeletale dichtheid van metaalpoeder door middel van Helium of Stikstof Pycnometrie | BELPYCNO, BELPYCNO L |
| Gas Adsorptie | ASTM C1069 | Standaard analysemethode voor specifiek oppervlak van Aluminium of Kwarts door Stikstof Adsorptie | BELSORP MINI X, BELSORP MAX G, BELSORP MAX X |
| Gas Adsorptie | ASTM C110 | Standaard analysemethodes voor fysieke testen van ongebluste kalk, gehydrateerde kalk en kalksteen | BELSORP MINI X, BELSORP MAX G, BELSORP MAX X, BELPYCNO, BELPYCNO L |
| Gas Adsorptie | ASTM C1240 | Standaard specificatie voor gecondenseerd microsiliciumdioxide (silica fume), die gebruikt wordt in cement-achtige mengsels | BELSORP MINI X, BELSORP MAX G, BELSORP MAX X, BELPYCNO, BELPYCNO L |
| Gas Adsorptie | ASTM C1274 | Standaard analysemethode voor specifiek oppervlak van geavanceerde keramisch producten door middel van fysische adsorptie | BELSORP MINI X, BELSORP MAX G, BELSORP MAX X |
| Gas Adsorptie | ASTM C604 | Standard analysemethode voor de werkelijke specifieke graviteit van vuurvaste materialen door een gasvergelijkings-pycnometer | BELPYCNO, BELPYCNO L |
| Gas Adsorptie | ASTM D1993 | Standaard analysemethode voor specifiek oppervlak van neergeslagen silica door middel van multipunts BET Stikstof Adsorptie | BELSORP MINI X, BELSORP MAX G, BELSORP MAX X |
| Gas Adsorptie | ASTM D2638 | Standard analysemethode voor werkelijke dichtheid van gecalcineerde petcokes door middel van een Helium Pycnometer | BELPYCNO, BELPYCNO L |
| Gas Adsorptie | ASTM D3663-20 | Standaard analysemethode voor specifiek oppervlak van katalysatoren en katalysatordragers | BELSORP MINI X, BELSORP MAX G, BELSORP MAX X |
| Gas Adsorptie | ASTM D3908 | Standaard analysemethode voor Waterstof Chemiesorptie op ondersteunde Platina katalysatoren door volumetrische vacuum methode | BELSORP MAX II (Chemisorption) |
| Gas Adsorptie | ASTM D4222 | Standaard analysemethode voor de bepaling van Stikstof Adsorptie en Desorptie Isothermen van katalysatoren en katalysatordragers door middel van statische volumetrische metingen | BELSORP MINI X, BELSORP MAX G, BELSORP MAX X |
| Gas Adsorptie | ASTM D4284 | Standaard analysemethode voor de bepaling van de porie volume verdeling van katalysatoren en katalysatordragers door Kwik Intrusie Porosimetrie | BELPORE LP, BELPORE MP, BELPORE HP |
| Gas Adsorptie | ASTM D4365 | Standaard analysemethode voor de bepaling van Microporie Volume en Zeoliet Oppervlak van een katalysator | BELSORP MINI X, BELSORP MAX G, BELSORP MAX X |
| Gas Adsorptie | ASTM D4404 | Standaard analysemethode voor de bepaling van het Porievolume en de Porievolume verdeling van bodem en rotsen door middel van Kwik Intrusie Porosimetrie | BELPORE LP, BELPORE MP, BELPORE HP |
| Gas Adsorptie | ASTM D4567 | Standaard analysemethode voor Single-Point bepaling van het specifiek oppervlak van katalysatoren en katalysatordragers door middel van Stikstof Adsorptie met de continue stroom methode | BELSORP MR1 |
| Gas Adsorptie | ASTM D4641 | Standaard werkwijze voor de berekening van porie-grootte verdelingen van katalysatoren en katalysatordragers van Stikstof Desorptie Isothermen | BELSORP MINI X, BELSORP MAX G, BELSORP MAX X |
| Gas Adsorptie | ASTM D4780 | Standaard analysemethode voor de bepaling van laag specifiek oppervlak van katalysatoren en katalysatordragers door middel van Multipoint Krypton Adsorptie | BELSORP MAX G, BELSORP MAX X |
| Gas Adsorptie | ASTM D4824 | Standaard analysemethode voor de bepaling van katalysator aciditeit door middel van Ammoniak Chemisorptie | BELCAT II, BELMASS II |
| Gas Adsorptie | ASTM D4892 | Standaard analysemethode voor de dischtheid van Solid Pitch (Helium Pycnometer Methode) | BELPYCNO, BELPYCNO L |
| Gas Adsorptie | ASTM D5160 | Standaard gids voor gas-fase adsorptie analyse van aktieve kool | BELCAT II, BELMASS II |
| Gas Adsorptie | ASTM D5550 | Standaard analysemethode voor specifieke graviteit van vaste bodemcomponenten door middel van een Gaspycnometer | BELPYCNO, BELPYCNO L |
| Gas Adsorptie | ASTM D5604-21 | Standard Test Methods for Precipitated Silica – Surface Area by Single Point B.E.T. Nitrogen Adsorption | BELSORP MINI X, BELSORP MAX G, BELSORP MAX X |
| Gas Adsorptie | ASTM D5965 | Standard Test Methods for Density of Coating Powders | BELPYCNO, BELPYCNO L |
| Gas Adsorptie | ASTM D6093 | Standard Test Method for Percent Volume Nonvolatile Matter in Clear or Pigmented Coatings Using a Helium Gas Pycnometer | BELPYCNO, BELPYCNO L |
| Gas Adsorptie | ASTM D6226 | Standard Test Method for Open Cell Content of Rigid Cellular Plastics | BELPYCNO, BELPYCNO L |
| Gas Adsorptie | ASTM D6556 | Standard Test Method for Carbon Black – Total and External Surface Area by Nitrogen Adsorption | BELSORP MINI X, BELSORP MAX G, BELSORP MAX X |
| Gas Adsorptie | ASTM D6761 | Standard Test Method for Determination of the Total Pore Volume of Catalysts and Catalyst Carriers | BELPORE LP, BELPORE MP, BELPORE HP, BELPYCNO, BELPYCNO L |
| Gas Adsorptie | ASTM D70 | Standard Test Method for Density of Semi-Solid Asphalt Binder (Pycnometer Method) | BELPYCNO, BELPYCNO L |
| Gas Adsorptie | ASTM D8325 | Standard Guide for Evaluation of Nuclear Graphite Surface Area and Porosity by Gas Adsorption Measurements | BELSORP MINI X, BELSORP MAX G, BELSORP MAX X |
| Gas Adsorptie | ASTM E2864 | Standard Test Method for Measurement of Airborne Metal Oxide Nanoparticle Surface Area Concentration in Inhalation Exposure Chambers using Krypton Gas Adsorption | BELSORP MINI X, BELSORP MAX G, BELSORP MAX X |
| Gas Adsorptie | ASTM WK92393 | New Guide for Carbon Monoxide Chemisorption on Supported Platinum on Alumina Catalysts Using Dynamic Flow Method | BELCAT II, BELMASS II, BELSORP MINI X, BELSORP MAX G, BELSORP MAX X |
| Gas Adsorptie | ASTM WK92395 | New Test Method for Acid Site Characterization on Zeolites Using Dynamic Flow Method | BELCAT II, BELMASS II |
| Meet Principe | Standaards | Standard Title | Relevant(e) model(len) |
|---|---|---|---|
| Gas Adsorptie | DIN 66134 (1998-02) | Determination of the Pore Size Distribution and the Specific Surface Area of Mesoporous Solids by Means of Nitrogen Sorption – Method of Barrett, Joyner and Halenda (BJH) | BELSORP MINI X, BELSORP MAX G, BELSORP MAX X |
| Gas Adsorptie | DIN 66135-1 (2001-06) | Particle Measurement Technology – Micropore Analysis Using Gas Adsorption – Part 1: Basics and Measurement Methods | BELSORP MINI X, BELSORP MAX G, BELSORP MAX X |
| Gas Adsorptie | DIN 66135-2 (2001-06) | Particle Characterization – Micropore Analysis by Gas Adsorption – Part 2: Evaluation by Isotherms Comparison | BELSORP MINI X, BELSORP MAX G, BELSORP MAX X |
| Gas Adsorptie | DIN 66135-3 (2001-06) | Particle Measurement Technology – Micropore Analysis Using Gas Adsorption – Part 3: Determination of the Micropore Volume According to Dubinin and Radushkevich | BELSORP MINI X, BELSORP MAX G, BELSORP MAX X |
| Gas Adsorptie | DIN 66135-4 (2004-09) | Particle Size Analysis – Micropore Analysis by Gas Adsorption – Part 4: Determination of Pore Distribution According to Horvath-Kawazoe and Saito-Foley | BELSORP MINI X, BELSORP MAX G, BELSORP MAX X |
| Meet Principe | Standaards | Standard Title | Relevant(e) model(len) |
|---|---|---|---|
| Gas Adsorptie | ISO 12154:2014 | Determination of Density by Volumetric Displacement – Skeleton Density by Gas Pycnometry | BELPYCNO, BELPYCNO L |
| Gas Adsorptie | ISO 12800:2017 | Nuclear Fuel Technology – Guidelines on the Measurement of the Specific Surface Area of Uranium Oxide Powders by the BET Method | BELSORP MINI X, BELSORP MAX G, BELSORP MAX X |
| Gas Adsorptie | ISO 15901-1:2016 | Evaluation of Pore Size Distribution and Porosity of Solid Materials by Mercury Porosimetry and Gas Adsorption – Part 1: Mercury Porosimetry | BELPORE LP, BELPORE MP, BELPORE HP |
| Gas Adsorptie | ISO 15901-2:2022 | Pore Size Distribution and Porosity of Solid Materials by Mercury Porosimetry and Gas Adsorption – Part 2: Analysis of Nanopores by Gas Adsorption | BELSORP MINI X, BELSORP MAX G, BELSORP MAX X |
| Gas Adsorptie | ISO 18753:2017 | Fine Ceramics (Advanced Ceramics, Advanced Technical Ceramics) – Determination of Absolute Density of Ceramic Powders by Pycnometer | BELPYCNO, BELPYCNO L |
| Gas Adsorptie | ISO 18757:2003 | Fine Ceramics (Advanced Ceramics, Advanced Technical Ceramics) – Determination of Specific Surface Area of Ceramic Powders by Gas Adsorption Using the BET Method | BELSORP MINI X, BELSORP MAX G, BELSORP MAX X |
| Gas Adsorptie | ISO 18852:2015 | Rubber Compounding Ingredients – Determination of Multipoint Nitrogen Surface Area (NSA) And Statistical Thickness Surface Area (STSA) | BELSORP MINI X, BELSORP MAX G, BELSORP MAX X |
| Gas Adsorptie | ISO 4652:2020 | Rubber Compounding Ingredients – Carbon Black – Determination of Specific Surface Area by Nitrogen Adsorption Methods – Single-Point Procedures | BELSORP MINI X, BELSORP MAX G, BELSORP MAX X, BELSORP MR1, BELCAT II |
| Gas Adsorptie | ISO 8008:2005 | Aluminium Oxide Primarily Used for the Production of Aluminium – Determination of Specific Surface Area by Nitrogen Adsorption | BELSORP MINI X, BELSORP MAX G, BELSORP MAX X, BELSORP MR1, BELCAT II |
| Gas Adsorptie | ISO 8130-2:2021 | Coating Powders – Part 2: Determination of Density by Gas Comparison Pycnometer (Referee Method) | BELPYCNO, BELPYCNO L |
| Gas Adsorptie | ISO 9277:2022 | Determination of the Specific Surface Area of Solids by Gas Adsorption – BET Method | BELSORP MINI X, BELSORP MAX G, BELSORP MAX X |
| Meet Principe | Standaards | Standard Title | Relevant(e) model(len) |
|---|---|---|---|
| Gas Adsorptie | JIS K 6217-2:2017 | Carbon black for rubber industry -- Fundamental characteristics -- Part 2: Determination of specific surface area -- Nitrogen adsorption methods -- Single-point procedures | BELSORP MINI X, BELSORP MAX G, BELSORP MAX X, BELSORP MR1 |
| Gas Adsorptie | JIS K 6217-7:2013 | Carbon black for rubber industry -- Fundamental characteristics -- Part 7: Rubber compounding ingredients -- Determination of multipoint nitrogen surface area (NSA) and statistical thickness surface area (STSA) | BELSORP MINI X, BELSORP MAX G, BELSORP MAX X |
| Gas Adsorptie | JIS R 1620:1995 | Testing methods for particle density of fine ceramic powder | BELPYCNO, BELPYCNO L |
| Gas Adsorptie | JIS R 1626:1996 | Measuring methods for the specific surface area of fine ceramic powders by gas adsorption using the BET method | BELSORP MINI X, BELSORP MAX G, BELSORP MAX X, BELSORP MR1 |
| Gas Adsorptie | JIS Z 8830:2013 | Determination of the specific surface area of powders (solids) by gas adsorption -- BET method | BELSORP MINI X, BELSORP MAX G, BELSORP MAX X, BELSORP MR1 |
| Gas Adsorptie | JIS Z 8831:2024 | Pore size distribution and porosity of solid materials by mercury porosimetry and gas adsorption -- Analysis of nanopores by gas adsorption | BELSORP MINI X, BELSORP MAX G, BELSORP MAX X |
| Gas Adsorptie | JIS Z 8837:2018 | Determination of density by volumetric displacement -- Skeleton density by gas pycnometry | BELPYCNO, BELPYCNO L |
| Meet Principe | Standaards | Standard Title | Relevant(e) model(len) |
|---|---|---|---|
| Gas Adsorptie | USP 267 | Porosimetry by Mercury Intrusion | BELPORE LP, BELPORE MP, BELPORE HP |
| Gas Adsorptie | USP 268 | Porosity by Nitrogen Adsorption-Desorption | BELSORP MINI X, BELSORP MAX G, BELSORP MAX X |
| Gas Adsorptie | USP 699 | Gas Pycnometric Density of Solids | BELPYCNO, BELPYCNO L |
| Gas Adsorptie | USP 846 | Specific Surface Area | BELSORP MINI X, BELSORP MAX G, BELSORP MAX X, BELSORP MR1, BELCAT II |
| Meet Principe | Standaards | Standard Title | Relevant(e) model(len) |
|---|---|---|---|
| Particle Size & Shape | AASHTO M247 | Standaard Glasparels, gebruikt in wegmarkeringen | CAMSIZER |
| Particle Size & Shape | AASHTO PP 74-13 | Bepaling van de deeltjesgrootte en rondheid van glasparels die gebruikt worden in wegmarkeringen door middel van een gecomputeriseerde, optische methode | CAMSIZER |
| Meet Principe | Standaards | Standard Title | Relevant(e) model(len) |
|---|---|---|---|
| Particle Size & Shape | ASTM B822-20 | Standaard analysemethode voor deeltjesgrootte verdeling van metaalpoeders en gerelateerde componenten door lichtverstrooiing | SYNC |
| Particle Size & Shape | ASTM C1070-01(2020) | Standaard analysemethode voor de bepaling van deeltjesgrootte verdeling van Aluminium of Kwarts door middel van laserlicht verstrooiing | SYNC |
| Particle Size & Shape | ASTM D4456-17 | Standaard analysemethode voor fysische en chemische kenmerken van poedervormige ionenuitwisselaars-harsen | SYNC |
| Particle Size & Shape | ASTM D4464-15(2020) | Standaard analysemethode voor deeltjesgrootte verdeling van katalysator-materialen door middel van laser licht verstrooiing | SYNC |
| Particle Size & Shape | ASTM D5861-07 (2017) | Standard Guide for Significance of Particle Size Measurements of Coating Powders | SYNC, CAMSIZER |
| Particle Size & Shape | ASTM D7928-21e1 | Standard Test Method for Particle-Size Distribution (Gradation) of Fine-Grained Soils Using the Sedimentation (Hydrometer) Analysis | SYNC |
| Particle Size & Shape | ASTM D7681-11 | Standard Test Method for Measuring Gradation of Glass Spheres Using a Flowing Stream Digital Image Analyzer | CAMSIZER |
| Particle Size & Shape | ASTM D7971-20 | Standard Guide for Measuring Roundness of Glass Spheres Using a Flowing Stream Digital Image Analyzer | CAMSIZER |
| Particle Size & Shape | ASTM D8090-24 | Standard Test Method for Particle Size Distribution and Shape Analysis of Paints and Pigments Using Dynamic Imaging Methods | SYNC, CAMSIZER |
| Particle Size & Shape | ASTM E1617-09(2019) | Standard Practice for Reporting Particle Size Characterization Data | SYNC, CAMSIZER |
| Particle Size & Shape | ASTM F1877-24 | Standard Practice for Characterization of Particles | CAMSIZER |
| Particle Size & Shape | ASTM F3571 – 22 | Standard Guide for Additive Manufacturing – Feedstock – Particle Shape Image Analysis by Optical Photography to Identify and Quantify the Agglomerates/Satellites in Metal Powder Feedstock | SYNC, CAMSIZER |
| Particle Size & Shape | ASTM UOP856-07 | Particle Size Distribution of Powders by Laser Light Scattering | SYNC |
| Meet Principe | Standaards | Standard Title | Relevant(e) model(len) |
|---|---|---|---|
| Particle Size & Shape | DIN 66165-1 | Particle size analysis - Sieving Analysis - Part 1: Fundamentals | CAMSIZER |
| Particle Size & Shape | DIN 66165-2 | Particle size analysis - Sieving Analysis - Part 2: Procedure | CAMSIZER |
| Particle Size & Shape | DIN EN 14955 | Surfaces for sports areas – Determination of composition and particle shape of unbound mineral surfaces for outdoor sports areas | CAMSIZER |
| Particle Size & Shape | DIN EN 933-3 | Tests for geometrical properties of aggregates - Part 3: Determination of particle shape - Flakiness index | CAMSIZER |
| Meet Principe | Standaards | Standard Title | Relevant(e) model(len) |
|---|---|---|---|
| Particle Size & Shape | ISO 11277:2020 | Soil Quality – Determination of Particle Size Distribution in Mineral Soil Material – Method by Sieving and Sedimentation | SYNC |
| Particle Size & Shape | ISO 12103-1:2024 | Road Vehicles – Test Contaminants for Filter Evaluation – Part 1: Arizona Test Dust | SYNC |
| Particle Size & Shape | ISO 13320:2020 | Particle Size Analysis – Laser Diffraction Methods | SYNC |
| Particle Size & Shape | ISO 13322-1:2014 | Particle Size Analysis – Image Analysis Methods – Part 1: Static Image Analysis Methods | CAMSIZER |
| Particle Size & Shape | ISO 13322-2:2021 | Particle Size Analysis – Image Analysis Methods – Part 2: Dynamic Image Analysis Methods | SYNC, CAMSIZER |
| Particle Size & Shape | ISO 13503-2:2024 | Measurement of properties of proppants used in hydraulic fracturing and gravel-packing operations | CAMSIZER |
| Particle Size & Shape | ISO 14488 | Particulate materials - Sampling and sample splitting for the determination of particulate properties | General requirement |
| Particle Size & Shape | ISO 17190-11:2001 | Urine-Absorbing Aids for Incontinence – Test Methods for Characterizing Polymer-Based Absorbent Materials – Part 11: Determination of Content of Respirable Particles | SYNC |
| Particle Size & Shape | ISO 17190-3 | Urine-Absorbing Aids for Incontinence – Test Methods for Characterizing Polymer-Based Absorbent Materials – Part 3: Determination of particle size distribution by sieve fractionation | CAMSIZER |
| Particle Size & Shape | ISO 24235:2007 | Fine Ceramics (Advanced Ceramics, Advanced Technical Ceramics) – Determination of Particle Size Distribution of Ceramic Powders by Laser Diffraction Method | SYNC |
| Particle Size & Shape | ISO 2591-1 | Test Sieving | Sieving, CAMSIZER |
| Particle Size & Shape | ISO 3310-1 | Test sieves - Technical requirements and testing - Test sieves of metal wire cloth | Sieving |
| Particle Size & Shape | ISO 4365:2005 | Liquid Flow in Open Channels – Sediment in Streams and Canals – Determination of Concentration, Particle Size Distribution and Relative Density | SYNC |
| Particle Size & Shape | ISO 8130-13:2019 | Coating Powders – Part 13: Particle Size Analysis by Laser Diffraction | SYNC |
| Particle Size & Shape | ISO 9276-1 | Representation of results of particle size analysis | General requirement |
| Particle Size & Shape | ISO 9276-2:2014 | Representation of results of particle size analysis. Part 2: Calculation of average particle sizes/diameters and moments from particle size distributions | General requirement |
| Particle Size & Shape | ISO 9276-3:2008 | Representation of results of particle size analysis. Part 3: Adjustment of an experimental curve to a reference model | General requirement |
| Particle Size & Shape | ISO 9276-4:2001 | Representation of results of particle size analysis. Part 4: Characterization of a classification process | General requirement |
| Particle Size & Shape | ISO 9276-5:2005 | Representation of results of particle size analysis. Part 5: Methods of calculation relating to particle size analyses using logarithmic normal probability distribution | General requirement |
| Particle Size & Shape | ISO 9276-6 | Descriptive and quantitative representation of particle shape and morphology | CAMSIZER, SYNC |
| Particle Size & Shape | ISO EN 1423 | Road marking materials – Drop on materials-Glas beads, antiskid aggregates and mixtures of the two | CAMSIZER |
| Particle Size & Shape | ISO/ASTM 52907:2019 | Additive Manufacturing – Feedstock Materials – Methods to Characterize Metal Powders | SYNC, CAMSIZER |
| Particle Size & Shape | ISO 24218-1:2023 | Fine Bubble Technology – Characterization of Fine Bubbles – Part 1: Evaluation of Size and Concentration Indices by Laser Diffraction Method | SYNC |
| Particle Size & Shape | ISO/TR 19997:2018 | Guidelines for good practices in zeta-potential measurement | NANOTRAC II with Zeta |
| Meet Principe | Standaards | Standard Title | Relevant(e) model(len) |
|---|---|---|---|
| Particle Size & Shape | JIS K 5600-9-3 | Testing methods for paints- Part 9:Coating powders-Section 3:Particle size analysis by laser diffraction - related to ISO 8130-13:2001 | SYNC |
| Particle Size & Shape | JIS R 1629 | Determination of particle size distributions for fine ceramic raw powders by laser diffraction method | SYNC |
| Particle Size & Shape | JIS R 1657 | Testing methods of continuous ceramic fibers for continuous fiber- reinforced ceramic matrix Composites | SYNC |
| Particle Size & Shape | JIS R 7607 | Carbon fiber – Determination of filament diameter and cross-sectional area - related to ISO 11567 | SYNC |
| Particle Size & Shape | JIS Z 3284-2 | Solder paste – Par 2: Test methods for solder particle shape, surface condition Judgment, and particle size distribution - related to IEC 61189-6:2206 | SYNC |
| Particle Size & Shape | JIS Z 3285 | Solder paste for micro-joining-Characteristic test methods for solder paste using fine particles | SYNC |
| Particle Size & Shape | JIS Z 8825 | Particle size analysis - laser diffraction methods - related to ISO 13320:2020 | SYNC |
| Particle Size & Shape | JIS Z 8828 | Particle size analysis - Dynamic Light Scattering (DLS) - related to ISO 22412:2017 | NANOTRAC |
| Meet Principe | Standaards | Standard Title | Relevant(e) model(len) |
|---|---|---|---|
| Particle Size & Shape | USP 1430.2 | Analytical Methodologies Based on Scattering Phenomena – Light Diffraction Measurements of Particle Size | SYNC |
| Particle Size & Shape | USP 1787 | Unknown Title | SYNC |
| Particle Size & Shape | USP 429 | Laser Diffraction Measurement of Particle Size | SYNC, CAMSIZER |
| Particle Size & Shape | USP 776 | Optical Microscopy (Particle Size Characterization) | SYNC |
| Meet Principe | Standaards | Standard Title | Relevant(e) model(len) |
|---|---|---|---|
| Particle Size & Shape | VDI 3405 Blatt 2.3 / Part 2.3 | Additive manufacturing processes, rapid manufacturing, Beam melting of metallic parts, Characterisation of powder feedstock | CAMSIZER, SYNC |
| Meet Principe | Standaards | Standard Title | Relevant(e) model(len) |
|---|---|---|---|
| Stability & Dispersibility | ISO 13099-2 | Colloidal systems -Methods for zetapotential determination - Part 2: Optical methods | NANOTRAC |
| Stability & Dispersibility | ISO 13317 | Determination of particle size distribution by gravitational liquid sedimentation methods | TURBISCAN |
| Stability & Dispersibility | ISO 22412 | Particle size analysis — Dynamic light scattering (DLS) | NANOTRAC |
| Stability & Dispersibility | ISO TR 18811:2018 | Cosmetics — Guidelines on the stability testing of cosmetic products | TURBISCAN |
| Stability & Dispersibility | ISO TR13097:2013 | Guidelines for the characterization of dispersion stability | TURBISCAN |
| Stability & Dispersibility | ISO TS 21357:2022 | Nanotechnologies — Evaluation of the mean size of nano-objects in liquid dispersions by static multiple light scattering (SMLS) | TURBISCAN |
| Stability & Dispersibility | ISO TS 22107:2021 | Dispersibility of solid particles into a liquid | TURBISCAN |
| Stability & Dispersibility | ISO/TR 22814 | Good practice for DLS measurements | NANOTRAC |
| Meet Principe | Standaards | Standard Title | Relevant(e) model(len) |
|---|---|---|---|
| Stability & Dispersibility | JIS R 1638 | Test methods of iso-electric point of fine ceramic powders | STABINO ZETA |
| Stability & Dispersibility | JIS Z 8836 | Colloidal systems-Methods for zeta-potential determination-Optical methods - related to ISO 13099-2:2021 | STABINO ZETA |