sk-10 high pressure rotor - sinop...

SK-10 High Pressure Rotor

Application Book

Application Book

Application Book

INDEXApplication field: AgricultureHPR-AG-01 Pine LeavesHPR-AG-02 Dried Plant TissueHPR-AG-03 Ground VegetableHPR-AG-04 MaizeHPR-AG-05 HayHPR-AG-06 LentisHPR-AG-07 RootsHPR-AG-08 Tea Leaves

Application field: Catalyst-PigmentsHPR-CA-01 Paint ResiduesHPR-CA-02 Paint PigmentHPR-CA-03 Pd on Allumina Base partial digestionHPR-CA-04 Organo-Metallic PigmentHPR-CA-05 Cu and Mo on Allumina BaseHPR-CA-06 InkHPR-CA-07 High Added Dry PaintsHPR-CA-08 Catalyst Al-Cr-Fe-NiHPR-CA-09 V and Mo on Oxide BaseHPR-CA-10 Pt and Rh on RefractoriesHPR-CA-11 Green Organic PigmentHPR-CA-12 Red Organic PigmentHPR-CA-13 Black Tattoo InkHPR-CA-14 Red Tattoo InkHPR-CA-15 Cosmetic Components

Application field: Ceramic-RefractaryHPR-CE-01 Al2O3 and TiO2 MixtureHPR-CE-02 Al2O3 Sintered at 1800°CHPR-CE-03 Alluminous RefractaryHPR-CE-04 Alumina 90%HPR-CE-05 BCS 315 Refractory BrickHPR-CE-06 Car CatalystHPR-CE-07 Catalyst TiO2 80%, WO3 8%, V2O5 3%HPR-CE-08 CementHPR-CE-09 Enamel SiO2 55%, TiO2 10%, B2O3 10%HPR-CE-10 Frit CeramicHPR-CE-11 Gamma Allumina 90%HPR-CE-12 Glass Fiber BorosilicateHPR-CE-13 ZirconiaHPR-CE-14 Iron Oxide TreatedHPR-CE-15 PbO 68% ZrO2 22% TiO2HPR-CE-16 Primary AluminaHPR-CE-17 QuartzHPR-CE-18 Refractary BrickHPR-CE-19 Refractary Brick Al2O3 35%HPR-CE-20 TiO2 95% V2O5 5%HPR-CE-21 SiO2 Al2O3 RefractoryHPR-CE-22 SRM 1412 Glass SiO2 40-45%HPR-CE-23 Zirconium Oxide

Application field: ChemicalsHPR-CH-01 Montana waxHPR-CH-02 Acid resin

HPR-CH-03 DisterglaminHPR-CH-04 UreaHPR-CH-05 Activated carbon 90%HPR-CH-06 Gelatin vegetable baseHPR-CH-07 Commercial paperHPR-CH-08 Polaroid KM-653 modifierHPR-CH-09 Ferrous chlorideHPR-CH-10 Lithium GreaseHPR-CH-11 Adipic acidHPR-CH-12 Hand soapHPR-CH-13 Adogene 442HPR-CH-14 HEQHPR-CH-15 Paper pulpHPR-CH-16 GreaseHPR-CH-17 Stearic acidHPR-CH-18 Isophtalic acidHPR-CH-19 CaHPO4HPR-CH-20 Acetic acid

Application field: Clinical PharmaHPR-CL-01 CFX-PC ReviconHPR-CL-02 Animal TissueHPR-CL-03 BloodHPR-CL-04 Cosmetic ComponentsHPR-CL-05 DimethylagoxineHPR-CL-06 Fine CellulosHPR-CL-07 Garlic OilHPR-CL-08 Glicerine StearateHPR-CL-09 Granular SaccharoseHPR-CL-10 HairHPR-CL-12 LactoseHPR-CL-13 Lyophilized OrangeHPR-CL-14 Magnesium StearateHPR-CL-15 MannitolHPR-CL-16 Methylviolet BHPR-CL-17 NBS 1577B Bovine LiverHPR-CL-18 PD-01 IMPROVED REVICONHPR-CL-19 PectinHPR-CL-20 Red Colour For TabletsHPR-CL-21 SuppositoryHPR-CL-22 TetracyclineHPR-CL-23 UrineHPR-CL-24 Waxoline OrangeHPR-CL-25 Tooth Paste

Application field: EnvironmentalHPR-EN-01 Ashes of polluted oilHPR-EN-02 Cellulose ester filterHPR-EN-03 Dried biological sludgeHPR-EN-04 Fly ashHPR-EN-05 GrassHPR-EN-06 LeavesHPR-EN-07 Municipal sludgeHPR-EN-08 Municipal waste

Application Book

HPR-EN-09 Nist SRM 2781 dried domestic sludgeHPR-EN-10 PollenHPR-EN-11 SludgeHPR-EN-12 Soil partial digestionHPR-EN-13 Soil total digestionHPR-EN-14 US EPA Method 3015HPR-EN-15 US EPA Method 3052 for oilHPR-EN-16 US EPA Method 3052HPR-EN-17 WastewaterHPR-EN-18 Wood chipsHPR-EN-19 Industrial wastewaterHPR-EN-20 BCR CRM 146 Sewage sludge _method 1HPR-EN-21 BCR CRM 146 Sewage sludge _method 2HPR-EN-22 BCS 300 soilHPR-EN-23 US EPA 3051HPR-EN-24 Green algaeHPR-EN-25 Mud 25% of OrganicHPR-EN-26 PET _plastic_ wasteHPR-EN-27 Plastic FilterHPR-EN-28 Raw wasteHPR-EN-29 River sedimentHPR-EN-30 Saw dustHPR-EN-31 Saw dust with oilHPR-EN-32 Saw dust with sludgeHPR-EN-33 Sea sedimentHPR-EN-34 Siliceous soil with organicHPR-EN-35 Sludge with 7% of oilHPR-EN-36 Urban dustHPR-EN-37 Urban wastewaterHPR-EN-38 Wastewater _method 2HPR-EN-39 Acid slagHPR-EN-40 Iron silicate slagHPR-EN-41 Manganese silicate slagHPR-EN-42 Copper slagHPR-EN-43 Soil and crude oilHPR-EN-44 Crude and Millipore filtersHPR-EN-45 Polyethersulfone filter

Application field: Food-FeedHPR-FO-01 HamHPR-FO-02 AgaroseHPR-FO-03 Baby foodHPR-FO-04 BCR 100 Beech LeavesHPR-FO-05 BCR 185 Bovine LiverHPR-FO-06 BCR 185 Bovine Liver less 1.5HPR-FO-07 BCR464 Tuna FishHPR-FO-08 Aquatic PlantHPR-FO-09 Bovine MilkHPR-FO-10 Calcium Alginate from SEHPR-FO-11 CaseinHPR-FO-12 Cheese ashesHPR-FO-13 Chewing gumHPR-FO-14 Chocolate

HPR-FO-15 Cocoa powderHPR-FO-16 Corn StarchHPR-FO-17 Dried FishHPR-FO-18 Dry infant formulaHPR-FO-19 Feed for fishHPR-FO-20 Fish in oilHPR-FO-21 Fresh kidneyHPR-FO-22 Fresh liverHPR-FO-23 GlycerineHPR-FO-24 GrapesHPR-FO-25 LecithinHPR-FO-26 Lyophilized meatHPR-FO-27 Margarine.pdfHPR-FO-28 Milk powder _1HPR-FO-29 Milk powder _2HPR-FO-30 Mint OilHPR-FO-31 MonoglicerideHPR-FO-32 MushroomHPR-FO-33 NoodlesHPR-FO-34 OlivesHPR-FO-35 Oyster tissueHPR-FO-36 Palm OilHPR-FO-37 Pet foodHPR-FO-38 Raw sugarHPR-FO-39 Reconst infant formulaHPR-FO-40 Rice flourHPR-FO-41 SalamiHPR-FO-42 Sheep MilkHPR-FO-43 Soya FatHPR-FO-44 Soya OilHPR-FO-45 SoybeanHPR-FO-46 Sunflowe seedsHPR-FO-47 Tea LeavesHPR-FO-48 Tinned beefHPR-FO-49 Tinned Pork.HPR-FO-50 Tuna Fish in OilHPR-FO-51 Vegetable oilHPR-FO-52 Wheat flourHPR-FO-53 Tobacco leavesHPR-FO-54 FertilizerHPR-FO-55 LichenHPR-FO-56 BarleyHPR-FO-57 HopHPR-FO-58 GrassHPR-FO-59 Grape LeavesHPR-FO-60 Dried GraminaceeHPR-FO-61 Roasted PeanutsHPR-FO-62 SpinachesHPR-FO-63 TomatoesHPR-FO-64 WineHPR-FO-65 CoffeeHPR-FO-66 ButterHPR-FO-67 Fresh Meat

Application Book

HPR-FO-68 SaladHPR-FO-69 VinegardHPR-FO-70 YeastHPR-FO-71 Corn FlakesHPR-FO-72 Whole wheat grainHPR-FO-73 Honey

Application field: GeochemistryHPR-GE-01 Cement clinkerHPR-GE-02 General procedure for cement _method 1HPR-GE-03 General procedure for cement _method 2HPR-GE-04 LimestoneHPR-GE-05 Red clayHPR-GE-06 Quartz sandHPR-GE-07 Raw mix for cementHPR-GE-08 Slag from cement planHPR-GE-09 EmaniteHPR-GE-10 OliviniteHPR-GE-11 Nickel oreHPR-GE-12 Iron oreHPR-GE-13 Alluminium oxideHPR-GE-14 Alluminium silicateHPR-GE-15 Gypsum CaSO4HPR-GE-16 IlmeniteHPR-GE-17 Zinc OxideHPR-GE-18 Silicon and Tungsten oreHPR-GE-19 White pumiceHPR-GE-20 SilicaHPR-GE-21 Phosphatic rockHPR-GE-22 Feldsphatic rockHPR-GE-23 Cu2OHPR-GE-24 SnOHPR-GE-25 Aluminum hidroxideHPR-GE-26 Italian iron oreHPR-GE-27 CryoliteHPR-GE-28 Berillium oxideHPR-GE-29 Ferrous sulphatHPR-GE-30 Zn and Pb oxidesHPR-GE-31 Cobalt oxideHPR-GE-32 Hydrate magnesium silicaHPR-GE-33 Mica or biotiteHPR-GE-34 Titanium bioxideHPR-GE-35 QuartzHPR-GE-36 CorendumHPR-GE-37 SilmaniteHPR-GE-38 WC 73%, Cr2O2 20%, Ni 7%HPR-GE-39 Iron ore low silicateHPR-GE-40 Iron ore high silicatesHPR-GE-41 BauxiteHPR-GE-42 Fe2O3, SiO2, TiO2HPR-GE-43 ChromiteHPR-GE-44 Copper sulfideHPR-GE-45 Copper oreHPR-GE-46 Copper concentrate _method 1HPR-GE-47 Copper concentrate _method 2

HPR-GE-48 Calcium fluorideHPR-GE-49 Lead sulphateHPR-GE-50 Zr oreHPR-GE-51 Glass PowderHPR-GE-52 Chromite oresHPR-GE-53 SandHPR-GE-54 PyriteHPR-GE-55 Cr2O3HPR-GE-57 Molybdem oxideHPR-GE-58 GraniteHPR-GE-59 GabbroHPR-GE-60 SyeniteHPR-GE-61 DuniteHPR-GE-62 Magnesium alloyHPR-GE-63 Alumino cementHPR-GE-64 Slags Fe-MnHPR-GE-65 Fe concentrateHPR-GE-66 Cristalline Cr2O3HPR-GE-67 FeBHPR-GE-68 FePHPR-GE-69 Coke slagsHPR-GE-70 BasalteHPR-GE-71 Fly ash from cement planHPR-GE-72 Borosilicate glass fiberHPR-GE-73 Magnesium peroxideHPR-GE-74 Magnesium oxideHPR-GE-75 Mix of W, Co, Ni, Ti oxideHPR-GE-76 SilicaHPR-GE-77 Quartz _method 1HPR-GE-78 Quartz _method 2HPR-GE-79 TalcHPR-GE-80 TantaliteHPR-GE-81 HfO2HPR-GE-82 Fluorite

Application field: Metals, AlloysHPR-ME-01 Fe MnHPR-ME-02 SteelHPR-ME-03 Titanium scrapsHPR-ME-04 BrassHPR-ME-05 NBS 168 high temperatureHPR-ME-06 Si and Cr alloyHPR-ME-07 NBS 321 stainless steelHPR-ME-08 FeSiHPR-ME-09 Fe, V, Zr alloyHPR-ME-10 Ag, Au, Pd and Pt alloyHPR-ME-11 Cu and Cr alloHPR-ME-12 Ni and Cr alloyHPR-ME-13 Steel plant dustHPR-ME-14 Si, Cu, and C alloyHPR-ME-15 Steel for toolsHPR-ME-16 White cast ironHPR-ME-17 Inconel 600HPR-ME-18 Inconel 625HPR-ME-19 Inconel 718

The following application notes are suitable only for the configuration described in each notes.

Application Book

HPR-ME-20 SiliconHPR-ME-21 BCS 341 cast ironHPR-ME-22 High C, Cr alloyHPR-ME-23 Co and Ni alloyHPR-ME-24 FeCr high carbonHPR-ME-25 FeVHPR-ME-26 FeMoHPR-ME-27 Metal needlesHPR-ME-28 Cr, Co, Ni alloyHPR-ME-29 Pd and Sn alloyHPR-ME-30 Steel axlesHPR-ME-31 Noble metals residueHPR-ME-32 SeleniumHPR-ME-33 NBS 173b Titanium base alloyHPR-ME-34 NBS 134a Mo, W, Cr, V steelHPR-ME-35 Nickel-Chromium alloyHPR-ME-36 Alloy Ti 90%, Al 6%, V 4%HPR-ME-37 Cadmium tungstateHPR-ME-38 Cast ironHPR-ME-39 CopperHPR-ME-40 FerrochromHPR-ME-41 HastalloyHPR-ME-42 High alloyed steelHPR-ME-43 Lead for car batteriesHPR-ME-44 Manganese-Iridium shavingsHPR-ME-45 Nickel based alloyHPR-ME-46 TungstenHPR-ME-47 Welding alloyHPR-ME-48 MolybdenumHPR-ME-49 Al-SiHPR-ME-50 Nickel

Application field: Petrochemical - EnergyHPR-PE-01 Atmospheric dustHPR-PE-02 Boiler ashesHPR-PE-03 CoalHPR-PE-04 Coal _Partial digestionHPR-PE-05 Coke ashesHPR-PE-06 Exhaust oilHPR-PE-07 Lub and hydraulic oilHPR-PE-08 Pit coalHPR-PE-09 Silicon oilHPR-PE-10 NaphthaHPR-PE-11 Used lubrificant oilHPR-PE-12 Crude oilHPR-PE-13 Lignite ashes

HPR-PE-14 Gums in mineral oilHPR-PE-15 CokHPR-PE-16 Diesel fuelHPR-PE-17 Hard pitch from coal tarHPR-PE-18 NIST 1634b Fuel oilHPR-PE-19 Carbon black

Application field: Plastic-polymersHPR-PL-01 AcrylobushystyreneHPR-PL-02 AcrylonitrileHPR-PL-03 ButadieneHPR-PL-04 Ethylene vinyl alcoholHPR-PL-05 Polyacryl acidHPR-PL-06 Plyammide granulateHPR-PL-07 PolyesterHPR-PL-08 Polyesther granulateHPR-PL-09 Polyethylene - rubber separatorHPR-PL-10 PVC Sn stabilizedHPR-PL-11 WaxHPR-PL-12 Silicon oil

Basic Method Optimization

The following guidelines will help the operator to adapt and optimize (if required) the basic methods to the specific problems:

POOR DIGESTION QUALITY

� Increase T1 of the two last program Steps in 10°C increments.

� Extend Time of the last step.

� Reduce weight and / or increase quantity of chemicals / concentration of acids.

� Optimize acid mixtures particularly with inorganic samples.

� Use stirrer.

� With good quality of digestion, the last program step can be reduced

Q/P-SENSOR ACTIVE EARLIER THAN EXPECTED

� Replace possible defective parts (vessel / cover, etc.).

� Reduce sample weights to generate smaller quantities of gas.

� Extend heating steps 1 and 2 (Temperature increase / flatter gradients).

� Reduce the Temperatures.

� Addo one, two ml of water in the acid mixture.

� Reduce HCl portion for digestions with HNO3 / HCl.

� With good quality of digestion, the last step can be reduced.

� If very high temperatures are reached, add high boiling acids.

� Check this cookbook before run a new sample.

T1-WISHED TEMPERATURE IS NOT REACHED

� Extend the heating steps accordingly.

� Increase the microwave power emissions.

� Total solvent quantity is too small – Caution with power increase.

� Use vessels for small sample quantities.

For additional application information, please contact the Milestone Customer

Support at +39 035 57 38 57, e-mail:

[email protected] or [email protected]

Milestone Srl – Helping Chemists www.milestonesrl.com [email protected]

Application Note HPR-AG-01

Pine Leaves

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



Dried Plant Tissue

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



Ground Vegetable

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



Maize

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



Hay

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



Lentis

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



Roots

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



Tea Leaves

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note


Application Note HPR-CA-01

Paint Residues

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program



Paint Residues

Temperature profile

Note



Paint Pigment

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



Pd on Allumina Base (partial digestion)

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



Organo - Metallic Pigment

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



Cu and Mo on Allumina Base

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



Ink

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



High Added Dry Paints

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



Catalyst Al-Cr-Fe-Ni

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



V and Mo on Oxide Base

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



Pt and Rh on Refractories (partial digestion)

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



Green Organic Pigment

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



Red Organic Pigment

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



Black Tattoo Ink

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



Red Tattoo Ink

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



Cosmetic Components

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note


Application Note HPR-CE-01

Al203 and TiO2 Mixture

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



Al2O3 Sintered at 1800°C

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



Alluminous Refractary

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program



Alluminous Refractary

Temperature profile

Note



Alumina 90%

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



BCS 315 Refractory Brick

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



Car Catalyst Al2O3 60%, Ce 20%, Zr 10%

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program



Car Catalyst Al2O3 60%, Ce 20%, Zr 10%

Temperature profile

Note



Catalyst TiO2 80%, WO3 8%, V2O5 3%

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



Cement

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



ENAMEL SiO2 55-60%,TiO2 5-10%,B2O3 5-10%

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



FRIT CERAMIC

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



GAMMA ALLUMINA 90%

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



GLASS FIBER BOROSILICATE

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



Zirconia

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



IRON OXIDE TREATED

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



PbO 68% ZrO2 22% TiO2 10%

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



PRIMARY ALUMINA

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



QUARTZ

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



REFRACTORY BRICK

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



REFRACTORY BRICK Al2O3 35%

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



TiO2 95% V2O5 5%

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program



TiO2 95% V2O5 5%

Temperature profile

Note



SiO2/Al2O3 REFRACTORY

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



SRM 1412 GLASS SiO2 40-45%,Al2O3 5-10%

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



Zirconium Oxide

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note


Application Note HPR-CH-01

MONTANA WAX

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



ACID RESIN

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



DISTERGLAMIN

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



UREA

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



ACTIVATED CARBON 90%

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



GELATIN VEGETABLE BASE

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



COMMERCIAL PAPER

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



POLAROID KM-653 MODIFIER

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program



POLAROID KM-653 MODIFIER

Temperature profile

Note



FERROUS CHLORIDE

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



LITHIUM GREASE

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program



LITHIUM GREASE

Temperature profile

Note



ADIPIC ACID

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



HAND SOAP

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



ADOGENE-442

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



HEQ

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



PAPER PULP

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



GREASE

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



STEARIC ACID

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



ISOPHTALIC ACID

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



CaHPO4

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



ACETIC ACID

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note


Application Note HPR-CL-01

CFX-PC REVICON

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



ANIMAL TISSUE

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



BLOOD

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



COSMETIC COMPONENTS

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



DIMETHYLAGOXINE

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



FINE CELLULOSE

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



GARLIC OIL

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



GLICERINE STEARATE

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



GRANULAR SACCHAROSE

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



HAIR

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



ICING SACCHAROSE

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



LACTOSE

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



LYOPHILIZED ORANGE

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



MAGNESIUM STEARATE

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



MANNITOL

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



METHYLVIOLET B

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



NBS 1577B BOVINE LIVER

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



PD-01 IMPROVED REVICON

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



PECTIN

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



RED COLOUR FOR TABLETS

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



SUPPOSITORY

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



TETRACYCLINE

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



URINE

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



WAXOLINE ORANGE

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



TOOTH PASTE

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note


Application Note HPR-EN-01

ASHES OF POLLUTED OIL

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



CELLULOSE ESTER FILTER

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



DRIED BIOLOGICAL SLUDGE

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



FLY ASH

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



GRASS

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



LEAVES

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



MUNICIPAL SLUDGE

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



MUNICIPAL WASTE

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



NIST SRM 2781 DRIED DOMESTIC SLUDGE

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



POLLEN

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



SLUDGE

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



SOIL PARTIAL DIGESTION

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



SOIL TOTAL DIGESTION

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



US EPA METHOD 3015

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



US EPA METHOD 3051 for OIL

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



US EPA METHOD 3052

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



WASTEWATER

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



WOOD CHIPS

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



INDUSTRIAL WASTEWATER

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note


-Rev 05_11-


BCR CRM 146 Sewage Sludge BCR CRM 146 Sewage Sludge BCR CRM 146 Sewage Sludge BCR CRM 146 Sewage Sludge ((((Method Method Method Method 1)1)1)1)

SummarySummarySummarySummary

This method provides the acid digestion of the

sample in a closed vessel device using

temperature control microwave heating for the

metal determination by spectroscopic methods.

InstrumentationInstrumentationInstrumentationInstrumentation

Microwave acid digestion apparatus

Milestone Ethos or Start labstation with internal

temperature sensor, 640-260 terminal with

easyCONTROL software installed and

HPR1000/10S high pressure segmented rotor.

Sample weightSample weightSample weightSample weight

Up to 0.25 g

ReagentsReagentsReagentsReagents

7 ml of HNO3 65%, 1 ml of HClO4 65%.

ProcedureProcedureProcedureProcedure

1. Place a TFM vessel on the balance plate, tare

it and weigh of the sample.

2. Introduce the TFM vessel into the HTC safety

shield.

3. Add the acids; if part of the sample stays on

the inner wall of the TFM vessel, wet it by

adding acids drop by drop, then gently swirl

the solution to homogenize the sample with

the acids.

4. Close the vessel and introduce it into the rotor

segment, then tighten by using the torque

wrench.

5. Insert the segment into the microwave cavity

and connect the temperature sensor.

6. Run the microwave program to completion.

7. Cool the rotor by air or by water until the

solution reaches room temperature.

8. Open the vessel and transfer the solution to a

marked flask.

Microwave programMicrowave programMicrowave programMicrowave program

Step Time T1 T2 (1)

P (2)

Power

1 00:15:00 200°C 110°C 45 bar Max power*

2 00:15:00 200°C 110°C 45 bar Max power*

(1), (2) Optional sensors

Temperature profileTemperature profileTemperature profileTemperature profile

NoteNoteNoteNote

*Max power: 1500W for Ethos and 1200W for Start units.

Use up to 500 Watt for operations with 3 or less vessels

simultaneously.

This procedure is only a guideline and it may need to be

modified or changed to obtain the required results on your

sample.

Milestone suggest to use pressure sensor (P) only for

method developments or unknown samples. See the

pressure sensor user manual for more information.

Always use hand, eye and body protection when operating

with the microwave system.



BCR CRM 146 Sewage Sludge (Method 1)

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note


-Rev 05_11-


BCR CRM 146 Sewage Sludge BCR CRM 146 Sewage Sludge BCR CRM 146 Sewage Sludge BCR CRM 146 Sewage Sludge ((((Method 2Method 2Method 2Method 2))))













Up to 0.25 g


7 ml of HNO3 65%, 1 ml of HClO4 65%.





shield.





the acids.



wrench.







marked flask.


Step Time T1 T2 (1)

P (2)

Power

1 00:20:00 220°C 120°C 45 bar Max power*

2 00:15:00 220°C 120°C 45 bar Max power*



NoteNoteNoteNote



simultaneously.



sample.








BCR CRM 146 Sewage Sludge (Method 2)

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



BCS 300 SOIL

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



US EPA 3051

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



GREEN ALGAE

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



MUD 25% OF ORGANIC

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note


-Rev 05_11-


PET (Plastic) WPET (Plastic) WPET (Plastic) WPET (Plastic) WASTEASTEASTEASTE













Up to 0.25 g


4 ml of H2SO4 98%, 5 ml of HNO3 65%,

3 ml of HBF4 40%.





shield.





the acids.



wrench.







marked flask.


Step Time T1 T2 (1)

P (2)

Power

1 00:20:00 220°C 120°C 45 bar Max power*

2 00:15:00 220°C 120°C 45 bar Max power*



NoteNoteNoteNote



simultaneously.



sample.








PET (Plastic) WASTE

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



PLASTIC FILTER

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



RAW WASTE

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



RIVER SEDIMENT

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program



RIVER SEDIMENT

Temperature profile

Note



SAW DUST

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



SAW DUST WITH OIL

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



SAW DUST WITH SLUDGE

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



SEA SEDIMENT

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



SILICEOUS SOIL ORGANIC

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



SLUDGE WITH 7% OF OIL

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



URBAN DUST

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



URBAN WASTEWATER

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note


-Rev 05_10-


WWWWASTEWATERASTEWATERASTEWATERASTEWATER (Method(Method(Method(Method 2) 2) 2) 2)













Up to 5 g


8 ml of HNO3 65%, 3 ml of HCl 37%,

0.25 ml of H2O2 30%.





shield.





the acids.



wrench.







marked flask.


Step Time T1 T2 (1)

P (2)

Power

1 00:15:00 200°C 110°C 45 bar Max power*

2 00:15:00 200°C 110°C 45 bar Max power*



NoteNoteNoteNote



simultaneously.



sample.








WASTEWATER (Method 2)

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



ACID SLAG

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



IRON SILICATE SLAG

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



MANGANESE SILICATE SLAG

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



COPPER SLAG

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



SOIL AND CRUDE OIL

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



Filter CRUDE or Millipore (47mm)

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



POLYETHERSULFONE FILTER

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program



POLYETHERSULFONE FILTER

Temperature profile

Note


Application Note HPR-FO-01

HAM

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



AGAROSE

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



BABY FOOD

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



BCR 100 BEECH LEAVES

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



BCR 185 BOVINE LIVER (< 1 g)

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note


-Rev 05_11-


BCR 185 BOVINE LIVER (< 0.5 g)BCR 185 BOVINE LIVER (< 0.5 g)BCR 185 BOVINE LIVER (< 0.5 g)BCR 185 BOVINE LIVER (< 0.5 g)













Up to 0.5 g


10 ml of HNO3 65%.





shield.





the acids.



wrench.







marked flask.


Step Time T1 T2 (1)

P (2)

Power

1 00:10:00 180°C 100°C 45 bar Max power*

2 00:15:00 180°C 100°C 45 bar Max power*



NoteNoteNoteNote



simultaneously.



sample.








BCR 185 BOVINE LIVER (< 0.5 g)

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



BCR 464 TUNA FISH

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



AQUATIC PLANT

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



BOVINE MILK

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



CALCIUM ALGINATE FROM SE

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



CASEIN

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



CHEESE ASHES

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



CHEWING GUM

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



CHOCOLATE

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



COCOA POWDER

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



CORN STARCH

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



DRIED FISH

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



DRY INFANT FORMULA

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



FEED FOR FISH

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



FISH IN OIL

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



FRESH KIDNEY

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



FRESH LIVER

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



GLICERINE

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program



GLICERINE

Temperature profile

Note



GRAPES

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



LECITHIN

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



LYOPHILIZED MEAT

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



MARGARINE

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note


-Rev 05_11-


MILK POWDERMILK POWDERMILK POWDERMILK POWDER













Up to 1.5 g


12 ml of HNO3 65%.





shield.





the acids.



wrench.







marked flask.


Step Time T1 T2 (1)

P (2)

Power

1 00:10:00 180°C 100°C 45 bar Max power*

2 00:15:00 180°C 100°C 45 bar Max power*



NoteNoteNoteNote



simultaneously.



sample.








MILK POWDER

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note


-Rev 05_11-


MILK POWDERMILK POWDERMILK POWDERMILK POWDER













Up to 0.5 g


7 ml of HNO3 65%, 1 ml of H2O2 30%.





shield.





the acids.



wrench.







marked flask.


Step Time T1 T2 (1)

P (2)

Power

1 00:10:00 180°C 100°C 45 bar Max power*

2 00:15:00 180°C 100°C 45 bar Max power*



NoteNoteNoteNote



simultaneously.



sample.








MILK POWDER

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



MINT OIL

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



MONOGLICERIDE

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



MUSHROOM

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



NOODLES

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



OLIVES

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



OYSTER TISSUE

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



PALM OIL

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



PET FOOD

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



RAW SUGAR

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



RECONSTITUED INFANT FORMULA

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



RICE FLOUR

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



SALAMI

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



SHEEP MILK

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



SOYA FAT

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



SOYA OIL

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



SOYBEAN

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



SUNFLOWER SEEDS

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



TEA LEAVES

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



TINNED BEEF

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



TINNED PORK

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



TUNA FISH IN OIL

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



VEGETABLE OIL

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



WHEAT FLOUR

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



TOBACCO LEAVES

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



FERTILIZER

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



LICHEN

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



BARLEY

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



HOP

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



GRASS

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



GRAPE LEAVES

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



DRIED GRAMINACEE

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



ROASTED PEANUTS

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



SINACHES

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



TOMATOES

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



WINE

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



COFFEE

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



BUTTER

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



FRESH MEAT

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



SALAD

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



VINEGARD

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



YEAST

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



CORN FLAKES

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



WHOLE WHEAT GRAIN

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



HONEY

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note


CEMENT CLINKER

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note


-Rev 05_11-

Application Note HPR-GE-02

METHOD FORMETHOD FORMETHOD FORMETHOD FOR CEMENT 1 CEMENT 1 CEMENT 1 CEMENT 1













Up to 0.1 g


2ml of HNO3 65%, 6ml of HCl 37%,

1ml of H3PO4 85%, 1.5ml HBF4 50%





shield.





the acids.



wrench.







marked flask.


Step Time T1 T2 (1)

P (2)

Power

1 00:20:00 230°C 125°C 45 bar Max power*

2 00:15:00 230°C 125°C 45 bar Max power*



NoteNoteNoteNote



simultaneously.



sample.








METHOD FOR CEMENT 1

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note


-Rev 05_11-


METHODMETHODMETHODMETHOD FOR C FOR C FOR C FOR CEMENT 2EMENT 2EMENT 2EMENT 2













Up to 0.1 g



3ml of H3PO4 85%, 3ml HBF4 50%





shield.





the acids.



wrench.







marked flask.


Step Time T1 T2 (1)

P (2)

Power

1 00:20:00 230°C 125°C 45 bar Max power*

2 00:10:00 230°C 125°C 45 bar Max power*



NoteNoteNoteNote



simultaneously.



sample.








METHOD FOR CEMENT 2

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



LIMESTONE

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



RED CLAY

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



QUARTZ SAND

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



RAW MIX FOR CEMENT

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



SLAG FROM CEMENT PLAN

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



EMANITE (Fe Oxide)

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



OLIVINITE

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



NICKEL ORE

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



IRON ORE

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



ALLUMINIUM OXIDE

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



ALLUMINIUM SILICATE

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



GYPSUM CaSO4

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



ILMENITE

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



ZINC OXIDE

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



SILICON AND TUNGSTEN ORE

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



WITHE PUMICE

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



SILICA

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



PHOSPHATIC ROCK

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



FELDSPHATIC ROCK

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



Cu2O

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



SnO

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



ALUMINUM HIDROXIDE

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



ITALIAN IRON ORE

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



CRYOLITE

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



BERYLLIUM OXIDE

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



FERROUS SULPHATE

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



Zn AND Pb OXIDES

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



COBALT OXIDE

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



HYDRATE MAGNESIUM SILICA

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



MICA OR BIOTITE

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



TITANIUM BIOXIDE

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



QUARTZ

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



CORENDUM

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



SILMANITE

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



WC 73%, Cr2O3 20%, Ni 7%

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



IRON ORE LOW SILICATES

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



IRON ORE HIGH SILICATES

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



BAUXITE

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



Fe2O3, SiO2, TiO2

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



CHROMITE

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



COPPER SULFIDE

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



COPPER ORE

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note


-Rev 05_11-


COPPER COPPER COPPER COPPER CONCENTRATE CONCENTRATE CONCENTRATE CONCENTRATE (Metho(Metho(Metho(Method 1)d 1)d 1)d 1)













Up to 0.25 g


5 ml of HCl 37%, 2 ml of HNO3 65%,

2 ml of HF 40%





shield.





the acids.



wrench.







marked flask.


Step Time T1 T2 (1)

P (2)

Power

1 00:20:00 220°C 120°C 45 bar Max power*

2 00:15:00 220°C 120°C 45 bar Max power*



NoteNoteNoteNote



simultaneously.



sample.








COPPER CONCENTRATE (Method 1)

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note


-Rev 05_11-


COPPER COPPER COPPER COPPER CONCENTRATE CONCENTRATE CONCENTRATE CONCENTRATE (Me(Me(Me(Method 2thod 2thod 2thod 2))))













Up to 0.1 g


4 ml of HNO3 65%, 4 ml of HF 40%





shield.





the acids.



wrench.







marked flask.


Step Time T1 T2 (1)

P (2)

Power

1 00:20:00 220°C 120°C 45 bar Max power*

2 00:15:00 220°C 120°C 45 bar Max power*



NoteNoteNoteNote



simultaneously.



sample.








COPPER CONCENTRATE (Method 2)

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



CALCIUM FLUORITE

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



LEAD SULPHATE

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program



LEAD SULPHATE

Temperature profile

Note



Zr ORE

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program



Zr ORE

Temperature profile

Note



GLASS POWDER

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



CHROMITE ORES

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



SAND

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



PYRITE

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



Cr2O3

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



Fe2O3 AND Cr2O3 MIXTURE

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



MOLYBDEM OXIDE

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



GRANITE

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



GABBRO

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



SYENITE

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



DUNITE

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



MAGNESIUM ALLOY

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



ALUMINO CEMENT

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



SLAGS Fe-Mn

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



Fe concentrate (Fe 68%, FeO 27%, Si 5%, CaO, MgO, Al2O3

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



CRISTALLINE Cr2O3

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



FeB

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



FeP

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



COKE SLAGS (Fe>50%, 25<C<30%)

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



BASALTE

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



FLY ASH FROM CEMENT PLAN

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



BOROSILICATE GLASS FIBER

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



MAGNESIUM PEROXIDE

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



MAGNESIUM OXIDE

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



MIXTURE OF W, Co, Ni, Ti OXIDE

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



SILICA

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note


-Rev 05_11-


QUARTZ QUARTZ QUARTZ QUARTZ (Method 1(Method 1(Method 1(Method 1))))













Up to 0.25 g


6 ml of HF 40%, 2 ml of HNO3 67%





shield.





the acids.



wrench.







marked flask.


Step Time T1 T2 (1)

P (2)

Power

1 00:20:00 220°C 120°C 45 bar Max power*

2 00:15:00 220°C 120°C 45 bar Max power*



NoteNoteNoteNote



simultaneously.



sample.








QUARTZ (Method 1)

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note


-Rev 05_11-


QUARTZ QUARTZ QUARTZ QUARTZ (Method 1)(Method 1)(Method 1)(Method 1)













Up to 0.25 g



6ml HBF 50%.





shield.





the acids.



wrench.







marked flask.


Step Time T1 T2 (1)

P (2)

Power

1 00:20:00 220°C 120°C 45 bar Max power*

2 00:15:00 220°C 120°C 45 bar Max power*



NoteNoteNoteNote



simultaneously.



sample.








QUARTZ (Method 1)

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



TALC

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



TANTALITE

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



HfO2

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



FLUORITE

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note


Application Note HPR-ME-01

Fe - Mn

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



STEEL

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



TITANIUM SCRAPS

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



BRASS

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



NBS 168 HIGH TEMPERATURE

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



Si AND Cr ALLOY

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



NBS 321 STAINLESS STEEL

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



FeSi

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



Fe, V, Zr ALLOY

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



Ag, Au, Pd and Pt alloy

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



Cu AND Cr ALLOY

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



Ni AND Cr ALLOY

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



STEEL PLANT DUST

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



Si, Cu, AND C ALLOY

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program



Si, Cu, AND C ALLOY

Temperature profile

Note



STEEL FOR TOOLS

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



WHITE CAST IRON

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



INCONEL 600

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



INCONEL 625

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



INCONEL 718

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



SILICON

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



BCS 341 CAST IRON

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



HIGH C, Cr ALLOY

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



Co AND Ni ALLOY

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



FeCr HIGH CARBON

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



FeV

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



FeMo

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



METAL NEEDLES

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



Cr, Co, Ni ALLOY

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



Pd AND Sn ALLOY

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



STEEL AXLES

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



NOBLE METALS RESIDUE

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program



NOBLE METALS RESIDUE

Temperature profile

Note



SELENIUM

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



NBS 173b TITANIUM BASE ALLOY

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



NBS 134a Mo, W, Cr, V STEEL

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



NICKEL - CHROMIUM ALLOY

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



ALLOY Ti 90%, Al 6%, V 4%

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



CADMIUM TUNGSTATE

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



CAST IRON

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



COPPER

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



FERROCHROM

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



HASTALLOY

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



HIGH ALLOYED STEEL

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



LEAD FOR CAR BATTERIES

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



MANGANESE – IRIDIUM SHAVINGS

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



NICKEL BASED ALLOY

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



TUNGSTEN

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



WELDING ALLOY

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



MOLYBDENUM

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



Al-Si

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



NICKEL

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note


Application Note HPR-PE-01

ATMOSPHERIC DUST

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



BOILER DUST

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



COAL

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program



COAL

Temperature profile

Note


-Rev 05_11-


COAL (Partial digCOAL (Partial digCOAL (Partial digCOAL (Partial digestion)estion)estion)estion)













Up to 0.25 g


3 ml oof HCl 37%, 3 ml of HF 40%,

9 ml of HNO3 65%.





shield.





the acids.



wrench.







marked flask.


Step Time T1 T2 (1)

P (2)

Power

1 00:10:00 180°C 100°C 45 bar Max power*

2 00:15:00 180°C 100°C 45 bar Max power*



NoteNoteNoteNote



simultaneously.



sample.








COAL (Partial digestion)

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



COKE ASHES

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



EXHAUST OIL

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



LUB AND HYDRAULIC OIL

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



PIT COAL

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



SILICON OIL

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



NAPHTHA

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



USED LUBRIFICANT OIL

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



CRUDE OIL

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



LIGNITE ASHES

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



GUMS IN MINERAL OIL

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



COKE

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



DIESEL FUEL

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program



DIESEL FUEL

Temperature profile

Note



HARD PITCH FROM COAL TAR

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program



HARD PITCH FROM COAL TAR

Temperature profile

Note



NIST 1634b FUEL OIL

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



CARBON BLACK

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note


Application Note HPR-PL-01

ACRYLOBUSHYSTYRENE (ABS)

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program



ACRYLOBUSHYSTYRENE (ABS)

Temperature profile

Note



ACRYLONITRILE

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



BUTADIENE

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



ETHYLENE VINYL ALCOHOL

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



POLYACRYL ACID

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



POLYAMMIDE GRANULATE

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program



POLYAMMIDE GRANULATE

Temperature profile

Note



POLYESTER

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



POLYESTHER GRANULATE

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program



POLYESTHER GRANULATE

Temperature profile

Note



POLYESTER

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



PVC Sn STABILIZED

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program



PVC Sn STABILIZED

Temperature profile

Note



WAX

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note



SILICON OIL

Summary

Instrumentation

Sample weight

Reagents

Procedure

Microwave program

Temperature profile

Note

sk-10 high pressure rotor - sinop...

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