| Material | Aufgabegröße | Endfeinheit | |
|---|
| 1= Li-Mangan Phosphat (2); 2= Li-Cobalt Phosphat (4); | 10µm | d50 < 60nm | Details |
| 3 Kunststoff-Proben | bis zu 25 cm | < 4 mm | Details |
| Ackerbohne (Vicia faba) | < 20 mm | < 0,5 mm | Details |
| Acryl-Kunststoff | < 6 cm | < 0,25 mm | Details |
| Acryl-Textilfasern | < 3mm | < 200µm | Details |
| Agar-Agar | 10x15mm | d90 < 30µm | Details |
| Aktivkohle | < 3mm | 99,3% < 45µm | Details |
| Aktivkohle | 5 mm | < 100 µm | Details |
| Aktivkohle (kugelförmig) | < 2mm | <0,2mm | Details |
| Aktivkohle 1-2 :auf Holzbasis 3-4: auf Kokossnussbasis | < 100µm | feinst möglich | Details |
| Al-Va Legierung(1-2); Korundasche (3-4); Mo-Al Legierung(5-7) | < 15mm | < 160µm | Details |
| Al2O3 (Tabulartonerde) | < 10mm | d50 < 5µm | Details |
| Alexandrit (synthetisch) | < 8mm | < 200µm | Details |
| Alge (getrocknet) | < 2 cm | < 2 mm | Details |
| Alginat (gefriergetrocknet, rein) | < 3mm | < 20µm | Details |
| Alpha-Tricalciumphosphat | < 15mm | < 500µm | Details |
| Aluminate | 30 mm | < 8 mm | Details |
| Aluminium - Folie | 5 mm | < 250 µm | Details |
| aluminiumnitrid | 30x30mm | <100µm | Details |
| Aluminiumoxid | < 70µm | d50 < 50nm | Details |
| Aluminiumoxid | <150µm | d90<0,7µm | Details |
| Aluminiumoxid | < 1mm | d90 < 5µm | Details |
| Aluminiumoxid (Tablette) | 11x9mmØ | <300-350µm | Details |
| Ammoniumsulfat | 2 mm | < 0,12 mm | Details |
| Amorphe Kieselsäure | < 250 µm | d90 < 10µm | Details |
| Amorphe Kieselsäure | < 250µm | d90 < 10 µm | Details |
| Ananas | 25 cm | 100 % < 1 mm | Details |
| Anhydrit | 40.0 mm | 50 % < 100.0 µm | Details |
| Anthrazit-Kohle | 3mm | 315-400 µm | Details |
| Antimon (Versuch 1), Tellur (Versuch 2) | < 200µm | d50 < 250nm | Details |
| Äpfel (getrocknet, spröde) | ~ 3 cm | < 0,5 mm | Details |
| Armband (Leder) | 20 cm | < 2 mm | Details |
| Asbest Fasern | 250 µm (Länge) | d50 < 100 nm (d50 < 122 nm erreicht) | Details |
| Asche (mit Holzstücken und Metallresten) | 2cm | ca. 200µm | Details |
| Asphalt-Platte | < 6 cm | < 2 mm | Details |
| Backwaren | < 10 cm | < 1 mm | Details |
| Baldian Dragees | 10 mm | 100 % < 1 mm | Details |
| Bambus-Fasern | < 50 mm | < 1 mm | Details |
| Bariumnitrat | < 15 mm | < 100µm | Details |
| Basalt | 8 mm | d90 < 71 µm | Details |
| Bentonit | < 100 µm | d50 < 100 nm (d50 < 120 nm reached) | Details |
| Bentonit | <25µm | d50< 600nm | Details |
| Bentonit (trocken) | 1cm | 16.7% > 63µm | Details |
| Bernstein | ~ 5mm | < 0,2mm | Details |
| Beton | 6 cm | < 8 mm | Details |
| Beton | 6cm | < 8 mm | Details |
| Beton-Bohrkerne | 5 mm | < 300 µm | Details |
| Bienen Propolis | 10 mm | 100 % < 300 µm | Details |
| Biertreber (1); Raps-Samen (2-3); Wasserpflanzen (4); Biotonne (5) | 10mm | < 120µm | Details |
| Biopolymer (Chitosan) | < 2cm | < 80µm | Details |
| Birnentrester | 2-3 cm | < 0,25 mm | Details |
| Bitumen | < 6cm | < 1cm | Details |
| Blätter (2 Proben) | 3 – 4 cm | < 0,25 mm | Details |
| Blattgold Amerikanische Weißgold | 100x100x0,01mm | ~10µm | Details |
| Blei/Zink - Pulver (Pb/Zn) | | | Details |
| Bleiglas-Pulver | <40µm | d50 < 1µm | Details |
| Bleioxid (1-2) / Bismut Titan(3-4) | <74µm | d50 < 1,5µm | Details |
| Blutregenalge (Haematococcus Pluvialis) | <150µm | d50 < 15µm | Details |
| Boden | 3cm* | <2mm: | Details |
| Boden (ohne Steine) | < 2cm | homogen, feines Pulver | Details |
| Bodenprobe | < 8 mm | < 125 µm | Details |
| Bodenprobe | <10 mm | 90% < 90 µm | Details |
| Bodenprobe | 6 cm | Fraktion >2mm | Details |
| Bodenprobe | 5 cm | <2mm nach: 3. Durchgang 94% | Details |
| Bodenprobe (B-10-37 4,9~5,0) | <3cm | 83,4% < 2mm | Details |
| Bodenprobe (deagglomerieren) | 15.0 mm | 50.0 % < 2.0 mm | Details |
| Bohnen | 6mm Ø | <500µm | Details |
| Bohrkern (Beton) | 6 cm | < 10 mm | Details |
| Bohrkernscheibe (Gestein) | 50 mm Ø | < 500 µm | Details |
| Bois (Holz) | 5 mm | < 80µm | Details |
| Bremsbelag (Nr. 1) | < 15 mm | d50 < 41µm | Details |
| Brennessel (Strunk; trocken) | 20 cm | < 2 mm | Details |
| Ca-pantothenat | < 300µm | d50 < 10 µm | Details |
| Cadmium (Cd) | 1.6 mm | 40.0 % < 0.6 mm | Details |
| calc. Petrolkoks | 6-10 mm | 160-630 µm (min 60 %) | Details |
| Calcium Carbonat | < 800 µm | d50 < 10 µm | Details |
Calciumcarbonat (Ergebnis 1)
Magnesiumhydroxidcarbonat (Ergebnis 2-3) | 20 µm | 100% < 7µm*2 | Details |
| Calciumhydroxid (CAL) | | | Details |
| Carrageenan | 250µm | 98,7% < 71µm | Details |
| Cassia Legnea | 15mm*1 | <0,5mm | Details |
| CBD-Hanfblüte (trocken) | < 30 mm | 90 % < 2 mm | Details |
| Cellulose | < 3 cm | < 1 mm | Details |
| Cellulosediacetat | 15x 3 mm | < 500µm | Details |
| Cer-III-Oxid | 1.0 µm | 0.25 % < 0.375 µm | Details |
| Cordieritglas (3 Proben) | < 0,7 mm | Probe 1a,<10-15µm | Details |
| Cuprochlorid | 100µm | d50 5,5µm | Details |
| Dämmwolle (Isolationswolle) | 10.0 mm | 50.0 % < 15.0 µm | Details |
| Diamant/Silikoncarbid (95%/3%) | 5mm | < 1mm | Details |
| Düngemittel | 5 – 6mm | ca. 70% < 60µm | Details |
| E-Glasfasern | 4mm | 80µm | Details |
| Edelstahlpulver | 70 µm | ausgewalzt (bis 300 µm) | Details |
| EDTA (Ethylendiamintetraessigsäure) | ca. 300 µm | d90 < 25µm | Details |
| Eisenerz | < 4cm | < 100µm | Details |
| Eisenerz | 5mm | < 140 µm | Details |
| Eisenerz-Pellets | 20.0 mm | 95.0 % < 3.0 mm | Details |
| Eisengranulat | < 1cm | 100% < 75µm; d50 < 30 µm | Details |
| Eisenpulver (Presskuchen) | < 60 mm | < 200 µm | Details |
| Eisenschlacke (mit sehr hohem Eisenanteil) | < 5 cm | < 15 mm | Details |
| Eisensilizidbandstreifen | 8 cm | < 0,25 mm | Details |
| Elastomer (NBR) | ca. 5mm | <200µm | Details |
| Elektro-Bauteile | 1.0 cm | 90 % < 1.0 mm | Details |
| Elektronikschrott P1(1) und P2(2) | 10 mm | < 500 µm | Details |
| Elektronikschrott, Leiterplatten | < 30 cm (Vorzerkleinerung erforderlich) | < 0,5 mm | Details |
| Elektroschrott | < 1 cm (Länge) | < 500 µm (oder feiner) | Details |
| Endosperm | 4mm | < 80µm | Details |
| Epoxy polyester | < 2cm | <0,12mm | Details |
| Erdnüsse | <20mm | ~500µm | Details |
| Erz | 6cm | < 150µm | Details |
| Erz-Proben | < 8 mm | < 1,12 mm | Details |
| EVA (Ethylenvinylacetat-Polymer) | < 5 mm | < 0,25 mm (< 0,5 mm erreichbar) | Details |
| EVA - Platten / Folien | < 5 cm | < 4 mm | Details |
| Extrudiertes PVC | 150 mm | 99,5 % < 4.0 mm | Details |
| Faser-Proben (Hopfenreben und Schäben) | 3.0 cm | 95 % < 100.0 µm | Details |
| Feinwurzeln (Feuchtplfanzen - getrocknet) | 2.0 mm | < 80.0 µm | Details |
| Feldspat | < 7mm | d50 < 15µm | Details |
| Fenchel | Körner | < 0,2mm | Details |
| Ferrochrom | < 8mm | 67%< 200µm 93% < 200µm | Details |
| Ferrochrom | 4 - 5cm | < 1 - 2cm | Details |
| Ferrochrom | 4mm | <160µm | Details |
| Ferromolybdän | < 5cm | < 63µm | Details |
| Ferromolybdänlegierung | 6 cm | ca.<63-100 µm | Details |
| Ferrotitan | < 6cm | < ca. 100µm | Details |
| Ferrotitan | ca. <3,5cm | 0,1-0,5 mm | Details |
| Ferrovanadium | < 8mm | ~ < 300µm | Details |
| Ferrovanadium | < 1 cm | < 500µm (< 150µm erreicht) | Details |
| Ferrowolfram (75%) | < 2,5 cm | < 200 µm | Details |
| Ferrowolfram (FeW) | 2 cm | <120µm | Details |
| Fichtennadeln | 15mm | < 100µm | Details |
| Filmtabletten (Baldrian/Melisse) | 10 mm | feines Pulver (< 100 µm) | Details |
| Fisch (frisch), Forelle | 25 cm | < 6 mm | Details |
| Fischgräten | 2-3 cm | < 0,25 mm | Details |
| Fischmehl (dunkel, agglomeriert) | < 2 cm | < 1 mm | Details |
| Flugasche | 75.0 µm | d50 < 1000 nm | Details |
| Flussmittel | 30.0 mm | 50.0<500.0 µm | Details |
| Flussspat | 250µm | < 25µm (96% erreicht) | Details |
| Fly Ash (dry - mostly SiO2) | 100 µm | < 200 nm (d90 < 250 nm reached) | Details |
| Formsand (feucht) | | | Details |
| Futtermittel | 1-2mm | <250µm | Details |
| Gamma Aluminiumoxid | 25µm | 5µm | Details |
| Gebrannter Kalk | 3 cm | 90 µm (zu 90 % erreichbar) | Details |
| Gelatine | 2 - 3cm | < 4mm | Details |
| Gelbes Pigment (bereits in Suspension) | < 5 µm | d50 < 0,7 µm | Details |
| Gerste | 1 cm | ca. < 500µm | Details |
| Gerste (Samen-Körner) | < 1 cm | < 1 mm | Details |
| geschrotetes Soja | < 2 mm | < 500 µm | Details |
| Gestein | 3-5 mm | 500 µm | Details |
| Gestein | ~ 8 mm | d90 < 30 µm | Details |
| Gestein (Probe Nr. 3) | 2 mm | d90 < 63µm | Details |
| Gestein YEX06 | 0.3cm | < 100 µm | Details |
| Gesteinsprobe | < 6 cm | 71-630 µm | Details |
| Gesteinsprobe TR | < 2 cm | 71-630 µm (82 % erreichbar) | Details |
| Getreide | < 1,5 cm | < 1 mm (d50 < 0,5 mm) | Details |
| Getreide | Körner | homogenes Pulver | Details |
| Getreide (Lot 6.3) | <6 mm | < 0,2 mm | Details |
| getrocknete Biomasse | 12 mm | < 250 µm | Details |
| Getrocknete Futterpellets | 20.0 mm | 100.0 % < 250.0 µm | Details |
| Getrocknete Karottenfasern | 0 | 50.0 % < 250.0 µm | Details |
| Gips | 20.0 mm | 100.0 % < 250.0 µm | Details |
| Gips | 5 mm | < 0.1 mm | Details |
| Gips | < 2 cm | < 0,5 mm | Details |
| Gips (1) / Dolomit (2) | 1 cm | 58%<0,2mm | Details |
| Gipskarton | 11 cm | 75.0 % < 40.0 µm | Details |
| Glas | < 30x5 mm | < 25 µm | Details |
| Glas | 45x20mm | < 30µm | Details |
| Glas | < 1cm | < 50µm | Details |
| Glas | < 5 cm | < 5mm | Details |
| Glas | 10mm | 75% < 100µm | Details |
| Glas | 2-3 cm | < 500 µm | Details |
| Glas | < 20mm | d90 < 5µm | Details |
| Glas | <3-4mm | 82,3%<5µm | Details |
| Glas (diverse Proben) | 3,5-6 cm | < 100 µm | Details |
| Glas (weiß) | ~ 4x1cm | < 5mm | Details |
| Glasfritte | < 20 mm | ca. 100µm | Details |
| Glasmasse | 120µm | 100% < 4µm | Details |
| Glass | d95 < 20 µm | d50 < 8 µm | Details |
| Glimmer (geglüht) | 150µm | < 20µm | Details |
| Goldstaub | ~ <120µm | Plättchenbildung/Flocken | Details |
| Granat (Mineral) | < 500 µm | 90% < 70 µm | Details |
| Granit | < 2cm | < 63µm | Details |
| Granit | 3 mm | < 71 µm (96 % < 71 µm erreicht) | Details |
| Graphit | 15.0 mm | 100.0 % < 100.0 µm | Details |
| Graphit | <20µm | ca. 6µm | Details |
| Graphit | < 1cm | < 45µm | Details |
| Graphit | 2 mm | < 80 µm | Details |
| Gras (nass) | < 5 cm (max. Länge) | 5-6 mm | Details |
| Grauguss | Ø 5 cm | < 10 mm | Details |
| Grünabfälle (getrocknet) | 3-8 cm | < 0,25 mm | Details |
| Gummi Pulver | 500.0 µm | 90.0 % < 200.0 µm | Details |
| Gußeisen | 15 mm (max. 6 mm Dicke) | < 200 µm | Details |
| Haar | < 1cm | ~ 500µm | Details |
| Haar | 3-4 cm | < 500 µm | Details |
| Haar (menschlich) | <3-5mm*1 | <350µm / < 80µm | Details |
| Haare | 40 mm | 90 % < 100 µm | Details |
| Hai-Zähne | 15 mm | 100.0 % < 1000.0 µm | Details |
| Haifischflossen | 6 cm | < 4 mm | Details |
| Hanf-Pflanze (Stängel) | < 1 cm (Durchmesser) | < 0,25 mm | Details |
| Hanfschäben | 10.0 mm | 50.0 % < 500.0 µm | Details |
| Hart-PVC | 1cm | < 1 mm | Details |
| Harz | 3 - 4 cm | < 1 mm | Details |
| Haselnussholz | 1-2mm* | ca. 80% <5 | Details |
| Heimchen (Grillen; Schrecken) | 3.0 cm | 50 % < 0.1 mm | Details |
| Heu | 10 - 20 cm | < 0,25 mm | Details |
| Holunder | 10 cm | < 2 mm | Details |
| Holz | < 7cm | <250µm | Details |
| Holz | ca. 1 x 0,4cm*3 | homogen, leicht faserig | Details |
| Holz | < 10 mm | < 1 mm | Details |
| Holz (Biomasse) | < 13 cm | < 4mm | Details |
| Holz (nass) | 2 cm | 1 mm (Dicke) | Details |
| Holz - unbehandelte und behandelte Proben | < 3 cm | < 500 µm | Details |
| Holz und Rinde | 6 cm | < 1 mm | Details |
| Holzchips (soft) | 6.0 cm | 90.0 % < 4.0 mm | Details |
| Holzhackschnitzel (Fichte/Kiefer - trocken) Proben S & N | < 3 cm | 0,5-1,5 mm | Details |
| Holzkohle | < 0,2mm | d50 < 3µm | Details |
| Holzspäne | 3 mm | < 0,25 mm | Details |
| Horn (Keratin - von Ziege) | 4 cm | < 120 mm | Details |
| Hornspäne | < 15 mm | < 200 µm / < 400 µm | Details |
| Hülsen und Fasern von Öl-Palme | 5x1 mm | d50 < 40µm | Details |
| Hundefutter | 10.0 mm | 50.0 % < 1.0 mm | Details |
| Hundeknochen "Rawhide" | 12 cm | < 2 mm | Details |
| Hydroxylapatit | <25µm; d50<3,7µm | d50 < 500nm | Details |
| Hydroxylapatit | 2 cm | 58,1%> 8mm 28,4%<1,4mm | Details |
| Indigo (Farbstoff) | < 50 µm | d50 < 250 nm (d50 < 150 nm erreicht) | Details |
| Ionenaustauscher Harz | ~ 500 µm | d50 < 5 µm | Details |
| Kaffeebohnen (geröstet) | 10 mm | 100 % < 2 mm | Details |
| Kaffeebohnen (geröstet) | < 10 mm | < 0,5 mm | Details |
| Kaffeemehl (3x) | | | Details |
| Kakao Nibs | 15.0 mm | 50 % < 300 µm | Details |
| Kakao-Pellets | ~ 1 cm | d90 < 150 µm | Details |
| Kalahari Melonensamen | 10 mm | < 2 mm | Details |
| Kalifeldspat Feldspat | | | Details |
| Kaliumchlorid (KCl) | 2cm | < 500µm | Details |
| Kalk | 10mm | 65%<1µm | Details |
| Kalk | < 8 mm | < 200 µm | Details |
| Kalknatronglas, Borosilikatglas | < 3 mm | < 100 nm | Details |
| Kalknatronglas, Borosilikatglas | < 3 mm | < 100 nm | Details |
| Kalkstein | < 1 cm | d50 < 1 µm | Details |
| Kalkstein | < 4 mm | < 63 µm | Details |
| Kalkstein | ~ 0,5 mm (Dicke) | < 20 µm | Details |
| Kalkstein | ca. 200µm | < 3µm | Details |
| Kalkstein | <~8mm | <150µm | Details |
| Kalziumcarbonat | 200.0 µm | d50 < 1 µm | Details |
| Kalziumspähne ; Magnesiumspähne | 2,5cm | --- | Details |
| Kaolin (feucht) | 3 cm | < 8 mm | Details |
| karbonisierte Biomasse | < 2 cm | d50 < 20 µm | Details |
| Katalysator | 12 cm | < 500 µm | Details |
| Katalysator (keramisch, für PKW) | ca. 5 cm | < 50µm (94% < 50µm bei Trockenmahlung erreichbar) | Details |
| Katalysator Fragmente zum Recycling | < 6 cm | d50 < 16 µm | Details |
| Kaugummi (ohne Glasur) | 22 mm | Pulver < 500 µm | Details |
| Keramik | 2 cm | 90 % < 1 mm | Details |
| Kernseife | < 2 cm | < 800 µm | Details |
| Kiefer (Kesseldruckimprägniert) | 6x6x6mm Würfel | < 300µm | Details |
| Kiefer-Nadeln | 1 – 2 cm | feines Pulver | Details |
| Kieselsteine | 5 cm | < 10 mm | Details |
| Klärschlamm | 30 mm | < 0,2 mm | Details |
| Klinker | < 1 cm | < 180 µm | Details |
| Klinker | < 20 mm | < 200 µm | Details |
| Klinker | 50 x 30 mm | < 0,1 mm | Details |
| Klinker | 8 mm | < 100µm | Details |
| Klinker | <60 mm | < 0,5 mm | Details |
| Knochen | 2-3 cm | ca. 400µm | Details |
| Knochen (trocken; ohne Knochenmark) | 25.0 mm | 100.0 % < 750.0 µm | Details |
| Kobaltfarbe 1N-K1/M | | | Details |
| Kohle | < 2cm | 94% < 20µm | Details |
| Kohle | < 500µm | d50 < 650nm | Details |
| Kohle | 20 mm | d90 < 250 µm | Details |
| Kohle | < 10 mm | d90 < 250µm | Details |
| Kohle | < 15mm | 160-250 µm | Details |
| Kohleflöz Rohmaterial | < 30 mm | d50 < 5 µm | Details |
| Kokosnuss Fasern | < 2 cm (Länge) | < 100 µm | Details |
| Koks | 4 mm | < 0.8 mm | Details |
| Koks | < 15mm | < 100µm | Details |
| Koks mit SiO2 versetzt | < 5 mm | < 2 mm | Details |
| Kollagen/Sehnenmaterial (getrocknetes Rinderkollagen) | 15 mm | < 500µm | Details |
| Kolophonium (+ Magnesia) | 10 mm | < 100 µm | Details |
| Kompost (feucht) | <4 mm | < 100µm | Details |
| Kompost (trocken) | 60-80 mm | < 0,5 mm | Details |
| Kork | 5x2 cm | <0,25 mm | Details |
| Kreide | < 10mm | d90 < 20µm | Details |
| Kunstharz | 3 cm | 95 % < 500µm | Details |
| Kunststoff Polyethylene | 300.0 µm | 100.0 % < 100.0 µm | Details |
| Kunststoffabfälle (Pellets) | < 5 mm (Durchmesser) | < 250 µm | Details |
| Kunststoffe und Kautschuk | 4.5 x 2.5 x | < 2,00mm | Details |
| Kunststoffgemisch | < 4 cm | < 1 mm | Details |
| Kunststofftiegel PP / PET | 7 cm | < 5mm | Details |
| Kupfer | ca. 1x5 mm | < 1 mm | Details |
| Kupfererz | 150 µm | < 50µm (57 % < 50 µm erreichbar) | Details |
| Kupferoxichlorid (roh Salz) | < 20µm | < 1.5µm | Details |
| Kürbis | 12 mm | 150 µm | Details |
| Kurkumapulver | 150.0 µm | < 40.0 µm | Details |
| Lactose | < 400 µm | d50 < 20 µm | Details |
| Lanthanglas | < 5mm * | < 200µm | Details |
| Lauch | 30 cm | 99 % < 0,5 mm | Details |
| Leder Probe | 80 mm | 90.0 % < 1 mm | Details |
| Legierung aus Ti-Fe-Ni (gesintert) | < 10 mm | < 100 µm | Details |
| Leucit | 4 mm | < 100 nm (d50 erreichbar) | Details |
| Lithiumcobaltoxid | 70µm * | 100% < 4µm | Details |
| Magnesiumcarbonat | < 2 mm | < 200 µm | Details |
| Magnesiumdiborid | d50 < 10,6 µm | d50 < 1µm | Details |
| Magnesiumoxid (gesintertes MgO) | 2,5cm | < 63µm | Details |
| Maisstroh (2 Proben) | < 4mm | < 300µm | Details |
| Maiswurzeln (frisch) | <2cm | < 1mm | Details |
| Mangan Legierung | < 6 cm | < 150 µm | Details |
| Mangan-Flocken | 10 mm | < 200 µm | Details |
| Manganerz | 355.0 µm | 355.0 % < 300.0 µm | Details |
| Manganese dioxide (300g < 30µm = 1; 15g <0,5µm =2/3) | 120µm | d50 < 3,1µm / d90< 17,2µm | Details |
| Marmor | < 8mm | < 50µm | Details |
| Melissenextrakt | < 200µm | feines Pulver | Details |
| Metallspäne | 40x2x0,1mm | < 800µm | Details |
| Meteorit-Proben | 3 mm | 50 % < 200.0 µm | Details |
| Milchpulver | | | Details |
| Mineral | Pulver | d50 < 300 nm | Details |
| Mineral/Boden | bis 10cm Wurzeln | homogen | Details |
| Mineral: Perovskite | Pulver | d50<0,29µm d90<0,49µm | Details |
| Mineralien | < 7 mm | d90 < 5 µm | Details |
| Mineralien und Schlacken | 50.0 mm | 95 % < 0.5 mm | Details |
| Mineralwolle | < 4 cm | < 1 mm | Details |
| Mist (aus Hühnerstall, getrocknet) | 70mm | <0,5mm | Details |
| Mistelbeeren | 1 cm | < 2 mm | Details |
| Montmorillonit | < ca. 130µm | d50 < 1,5µm | Details |
| Moringa Oleifera Blätter (trocken) | < 2,5 cm | < 0,25 mm | Details |
| Muschel | <10mm | d50 <0,3µm | Details |
| Muschelschalen | 4mm * | 100 - 300 µm | Details |
| Na-Montmorillonite | <30µm | d50<0,5µm | Details |
| Natrium-Wasserglas | 6 cm | < 10 mm | Details |
| Natriumchlorid 99,8% für Analyse (Kochsalz) | < 1 mm | < 30 µm | Details |
| Natronwasserglas | 1mm | < 50 µm | Details |
| Nickel (rein, pulvrig) | ~ 500µm | d90 < 160µm | Details |
| NiMH Batterien | < 8 cm | < 100 µm | Details |
| Nudeln | < 2-3cm | < 0,25mm | Details |
| Oliven (eingelegt) | 20mm | homogen | Details |
| Orangencalcit | 6 cm | < 8 mm | Details |
| Papier (80g/m² - A4 Format) | 29,8 cm x 20,9 cm | < 500 µm | Details |
| Paprika (getrocknete Pfefferschoten) | 10 x 2 cm | 99% < 1 mm | Details |
| PBT Kunststoff (Teile) | < 30 mm (Durchmesser) | < 2-3 mm | Details |
| PE-schwarz | < 5 mm | 315-1000 µm | Details |
| Perlit (Obsidian) | ~ 3mm | d90 < 20µm | Details |
| PET Flocken | 10 mm | 80.0 µm - 160 µm | Details |
| PET Preform | ca 10 cm | < 0,25 mm | Details |
| PET Preform | 130x25mm | < 1 mm | Details |
| PET preform (PET-Flaschen-Rohling) | 15cm lang | < 1 mm | Details |
| PET Presslinge (Preform) | 10 cm | < 4 mm | Details |
| PETG | 5mm | 1mm | Details |
| Petrolkoks (kalziniert) | 5 mm | < 180µm | Details |
| Pfefferkörner (schwarz) | < 5mm | < 1,5 mm | Details |
| Pfefferschote (getrocknet) | 2 cm | < 0,5 mm | Details |
| Pflanzenasche | < 5 cm | < 1 mm | Details |
| Pflaumen (frisch, mit Stein) | 50 mm | 5 mm | Details |
| Pilzmischung (Speisepilze - getrocknet) | 50 mm | 95 % < 2 mm | Details |
| Pistazien-Kerne | 2cm | pastöse Masse | Details |
| Platinen-Stücke (Mainboards) | < 2 cm | 250 µm | Details |
| PMMA - Gebissmodelle | 70.0 mm | 100.0 % < 5.0 mm | Details |
| PMMA Granulat (Polymethylmethacrylat) | 3 mm | < 0,2 mm | Details |
| PMMA-Probe | 1.0 cm | 95 % < 2.0 mm | Details |
| Polyamid N6 | 3mm | ca. 500µm *1 | Details |
| Polycaprolacton (PCL) | 3-4 mm | < 200 µm | Details |
| Polycarbonat (PC) | 1.0 cm | 50.0 % < 300.0 µm | Details |
| Polycarbonate | 5 min | < 0,5 mm | Details |
| Polyester (18-18) | 1.0 cm | 99.0 % < 1.0 mm | Details |
| Polyethylen-Pulver | 300.0 µm | 100.0 % < 100.0 µm | Details |
| Polylactid | 2-3 mm | < 40 µm | Details |
| Polymerbeton | < 95 mm | < 2 mm | Details |
| Polypropylen Granulat | 4 mm | 90 % < 500 µm | Details |
| Polysaccarid (gefriergetrocknet) | < 5mm | < 20µm | Details |
| Polyvinylbutyral (PVB) | 20 cm | 80.0 % < 350.0 µm | Details |
| Popcorn | 25 mm | 90 % < 2 mm | Details |
| Preßschlamm Almerich | ca. 1cm | 50%<18,1µm 90%<87.3µm | Details |
| Puderzucker | 300µm | d90 < 10µm | Details |
| Pulverlack | < 1 mm | 100 % < 200 µm | Details |
| Pulverlack | 2 cm | 50% < 35.85 µm | Details |
| PVC | | | Details |
| PVC (blau) | 5 mm | < 2 mm | Details |
| PVC Woodcomposites (4 Samples) | | | Details |
| PVC-freier Bodenbelag (PVB) | 20 cm | 80.0 % < 350.0 µm | Details |
| Pyrit | 1.0 mm | 75.0 % < 50.0 µm | Details |
| Quarzsand | 100µm | ca. 90% < 10µm | Details |
| Reifen | 5 x 2cm | < 2mm | Details |
| Reis | < 5 mm | < 200 µm | Details |
| Reis (jap.) | ganze Körner | <1mm oder feiner | Details |
| Restmüll | 8-10 cm | < 0,25 mm | Details |
| Restmüll aus KFZ-Aufbereitung | 15 cm | < 2 mm | Details |
| Rhenium | < 5 mm | < ~0,3 mm | Details |
| Rind (Ohr / Zipfel / Hackfleisch) | 5.0 cm | 100.0 % < 1 mm | Details |
| Rinderknochen (getrocknet - in Scheiben) | < 3 cm | < 10 mm | Details |
| Roggen | 10 mm | < 300 µm | Details |
| Rosenquarz/ Aquamarin | <8-10mm | d90 < 15µm | Details |
| Rosinen | ~ 12 mm | 100 % < 1 mm | Details |
| Rubin | 5.0 mm | 100.0 % < 70.0 µm | Details |
| Ruß | 6 mm | < 80 µm | Details |
| Salatgurke | 30 cm | 95 % < 1 mm | Details |
| Salz | <50mm | < 45µm | Details |
| Salz | 4mm | 74% <315µm | Details |
| Salz mit Jod | ~ 1mm | <100µm | Details |
| Sand | <1mm | < 63µm | Details |
| Sandstein | 25mm | <250µm | Details |
| Schaumgummiproduktionsabfall | < 3 cm | < 1 mm | Details |
| Schlacke | < 5 cm | < 1 mm | Details |
| Schlacke | < 12 mm | < 100 µm | Details |
| Schlacke | ~ 90µm | < 30µm | Details |
| Schlacke mit elementarem Kupfer | 3 cm | < 3 mm | Details |
| Schlackenkonverter uns Eisensinter-Proben | 0.25 mm | 80.0 % < 1 µm | Details |
| Schokolade | < 1 cm | < 1,5 mm | Details |
| Schwefel | 90.0 mm | 50.0 % < 35.0 µm | Details |
| Schwefel | < 100 µm | < 20 µm (d95 erreicht) | Details |
| Schweiss-Stahlstaub | feines Pulver | | Details |
| Sekundärbrennstoff | 50.0 mm | 100.0 % < 250.0 µm | Details |
| Sekundärbrennstoffe | 40.0 mm | 100 % < 4.0 mm | Details |
| Selicea | 18 mm (max. 10 mm empfohlen) | < 60 µm (99,6 % erreicht) | Details |
| Si, C und SiC | <50µm *1 | Gasbildung/hoher Druck !!*2 | Details |
| Si-Pulver | < 50 µm | d50 < 460nm | Details |
| SiC (1= SiC 0-25mm, 2= Sika Ref I) | max. 25mm | 89% <180µm | Details |
| Silacron (Acryl-Quarz Kunststein) | < 6 cm | 10 mm | Details |
| Silicium | 3cm* | 0,2%>315µm 52,5%>63µm | Details |
| Silikatglas | < 63µm | d50< 5µm /d90 <20µm | Details |
| Silizium | < 10mm | d50<1,4µm d90<5,5µm | Details |
| Silizium (elementar) | < 4mm | 90 % < 160 µm | Details |
| Siliziumkarbid | 40µm | d50 <0,4µm | Details |
| Siliziumkarbid | <10mm | < 1mm | Details |
| Siliziumoxid (naturgeschmolzen) | 6 cm | 6 mm | Details |
| Sisal | 20 cm | < 2mm | Details |
| Soja | ca. 2cm | Paste | Details |
| Sonnenblumenkerne | < 12 mm length | < 1 mm | Details |
| Spargel (frisch) | 50 mm | 100 % < 2 mm | Details |
| Spirulina, getrocknet | ~ 100 µm | d50 < 1 µm ( < 730 nm erreicht) | Details |
| Stahl Schlacke | 300 µm | < 1 µm | Details |
| Stahlgranulat | < 7mm | < 1mm | Details |
| Steine mit Quarz | < 10 cm | d50 < 50 µm | Details |
| Steinwolle | 3.0 cm | 90.0 % < 100.0 µm | Details |
| Stoff (Baumwolle, grün-kariert) | 5x4 cm | < 2 mm | Details |
| Stroh | 10 - 20 cm | 90 % < 0.25 mm | Details |
| Strontiumnitrat | < 10 mm | 90.0 % < 200.0 µm | Details |
| Süßholz-Wurzel | 150.0 mm | 100.0 % < 2.0 mm | Details |
| Süßstoff-Tabletten | ~ 4 mm | d50 < 100 µm | Details |
| Tabletten | 10 mm | d50 < 50 µm | Details |
| Tabletten | 2.0 cm | 90.0 % < 120.0 µm | Details |
| Tantal | 10.0 cm | 1.0 % < 1.0 mm | Details |
| Tee | 3.0 mm | 99 % < 500.0 µm | Details |
| Teeblätter (getrocknet) | 8 mm | 1 mm | Details |
| Textil | 45.0 cm | 100.0 % < 15.0 cm | Details |
| Thermoplastische Stärke | 3.0 mm | < 0.2 mm | Details |
| TiSi2 | Pulver | d50 <0,5µm | Details |
| TiSi2, Titansilizid | Pulver | | Details |
| Titan Borid Pulver (10 Mikrometer) | ca 10µm | < 2µm | Details |
| Titan-Drehspäne | < 3 cm | d50 < 10µm | Details |
| Titan-IV-Oxid | 10.0 mm | 100.0 % < 1.0 µm | Details |
| Titandioxid | Nanopulver | 90%<10-100nm | Details |
| Titandioxid (TiO2) | 100.0 µm | 100.0 % < 30.0 µm | Details |
| Titaniumdioxidpaste | <30µm | d50 < 0,5µm | Details |
| Titansilicid | << 1mm | << 1mm | Details |
| Tomatensamen | ca. 3mm | homogene Suspension | Details |
| Ton | < 6 cm | d50 < 63 µm | Details |
| Ton- und Bodenprobe | < 30 mm | < 2 mm | Details |
| Tonmineral | 5.0 cm | 1.0 % < 1.0 mm | Details |
| Torf | < 3 cm | < 250 µm | Details |
| Trockenbatterien | < 4 cm | < 2 cm | Details |
| Trockenperlen | 2-5 mm | d50 < 25 µm | Details |
| Tuff (1-2) and Microsilica (3-4) | < 100µm | <0,320µm | Details |
| Türkis (China) | 3 – 4cm | < 10 mm | Details |
| Vanadylpyrophosphat | 2 mm | < 80 µm | Details |
| Vitamin C Tabletten (1, rot) und Baldrian (2, braun) | 10mm | <200µm | Details |
| Vogelaugen-Chilies | 30.0 mm | < 500 µm | Details |
| Vulkaniserter Gummi | 50 mm | 90 % < 200 µm | Details |
| Wacholderbeeren | < 14mm | <1mm | Details |
| Watte | 7 cm | < 400µm | Details |
| Weichkunststoff | < 1 cm | < 500 µm | Details |
| Weichlgras | <20-30mm | homogenes Pulver | Details |
| Weinblätter (Vitis vinifera) | < 30 mm | < 0,2 mm | Details |
| Weinblattstiele (Lot 5.3) | <5mm | Pulver | Details |
| Weizen (Triticum) | <6 mm | < 0,5 mm | Details |
| Weizenstroh | 20 cm | < 63 µm | Details |
| Wolfram(VI)oxid WO3 | d90 < 25µm | d50 < 0,5 µm
d95 < 1,0 µm | Details |
| Wolfram-Rhenium | 4 mm | 63-160 µm | Details |
| Wolframkarbid (gesintert) | < 2 cm (gesintert) | < 100 µm | Details |
| Wolframpulver gekörnt, agglomeriert | | d50 < 5 µm (d50 < 7 µm reached) | Details |
| Wolle | 20 cm | < 0.2 mm | Details |
| Wollfasern | lang | d50 < 20µm (d50 < 28 µm erreicht) | Details |
| Wurzelmaterial (getrocknet) | 15-20 mm | 95 % < 1.0 mm | Details |
| Yttrium-Phosphat | ca. 50 µm | d50 < 5 µm | Details |
| Yttriumoxid | ca. 30µm | ca. 100µm | Details |
| Zahn | 3 mm | d50 < 150 µm | Details |
| Zellulose | mm | 90.0 % < 0.5 mm | Details |
| Zement | < 3 mm | d90 < 60 µm | Details |
| Zement (getrocknet) | 20 mm | 90.0 % < 125.0 µm | Details |
| Zement (mit hohem Aluminiumoxid Anteil) | < 10 mm | < 150 µm | Details |
| Zement Klinker | < 3mm | d50 < 50µm (d50 <12,6µm erreicht) | Details |
| Zement Panele (Trockenbau-Zementplatte) | < 18 cm | < 10 µm | Details |
| Zeolith | < 3 cm | < 5 mm | Details |
| Zeolith Y | | d50 ~ 0,5µm | Details |
| Zeroxid / Kupferoxid (90 % / 10 %) | < 30µm | mechanochemische Reaktion | Details |
| Ziegel | 8 mm | < 63µm | Details |
| Zinkoxid | <15µm; d50<1µm | 50%<0,6µm; 90%<2,3µm | Details |
| Zirkon (2 Proben) | ~ 60 µm | d50 < 300 nm (erreicht mit PULVERISETTE 7 pr.l.) | Details |
| Zirkon (Roh-Ware) | < 12mm | < 100 µm | Details |
| Zirkondioxid + Yttriumtrioxid | 65mm | 0,1 mm - 0,5 mm | Details |
| Zirkondioxid-Bruch | ca. 5cm (lang) | < 8 mm | Details |
| Zirkonhydroxid | 5 mm | 87 % < 180 µm | Details |
| Zirkonoxid | 3 cm | 100-300 µm | Details |
| Zirkonoxid (ZrO2) | < 100 µm | d50 < 200 nm (d50 < 63 nm erreicht) | Details |
| Zironiumoxid (Scandium stabil.) | 10.0 mm | 50.0<50.0 µm | Details |
| Zitrusfasern | 3.0 mm | 50.0 % < 50.0 µm | Details |
| Zuckerrüben (Pulpe) | 2-3mm | 50-100µm | Details |
