Chemical Characterisation

Chemical Characterisation Applications

ICP-MS

•Precise multi-element isotope ratio analysis by fully simultaneous ICP-MS

•The analysis of drinking water

•Improved efficiency with simultaneous ICP-MS

•Fully simultaneous analysis of precious metals (PGM) by SPECTRO MS

ICP-OES

•Analysis of drinking water by ICP-OES with axial plasma observation

•Analysis of molybdenumoxide by ICP-OES with axial plasma observation

•Analysis of E85 ethanol-gasoline mixtures by radial ICP-OES

•Analysis of biodiesel using ICP-OES with radial plasma observation

•Analysis of wine by direct aspiration and radial ICP-OES

•Analysis of oils using ICP-OES with radial plasma observation

•Analysis of aqueous solutions by ICP-OES with radial plasma observation

•Analysis of 200 g/L NaCl-solutions by ICP-OES with radial plasma observation

•Analysis of soil & sewage sludge by ICP-OES with radial plasma observation

•Analysis of high purity copper by ICP-OES with radial plasma observation

•Analysis of high purity zinc using ICP-OES with radial plasma observation

•Analysis of steels using ICP-OES with radial plasma observation

•High throughput analysis of oils by ICP-OES with radial plasma observation

•Analysis of 22 elements according to USEPA guidelines

•Determination of metals and trace elements in water and wastes according to EPA method 200.7/CLP ILM 05.3

•Analysis of waste water by ICP-OES

•Analysis of unpolluted waters by ICP-OES

•Analysis of soil and sewage sludge by ICP-OES

•Determination of cadmium, chromium, mercury and lead in polymers according to the WEEE/RoHS/ELV directives

•Analysis of industrial waste water by ICP-OES with radial plasma observation

•Analysis of soil and sewage sludge by ICP-OES with radial plasma observation

•Analysis of oil by ICP-OES with radial plasma observation

•Analysis of unpolluted aqueous solutions

•Elemental analysis of edible oils and fats by ICP-OES

•Analysis of stainless steel

•ICP-OES analysis of brass alloys

•Analysis of biodiesel by radial ICP-OES

•Analysis of drinking water by ICP-OES with radial plasma obeservation (SPECTOBLUE) 

UV/VIS/Fluorescence Spectrophotometry

•Evaluation of solar cell components using fluorescence spectrometer

•Introduction of UV-VIS spectrophotometer (solid sample measurement)

•U-4100 and U-3900/U-3900H topical applications

XRF

•Analysis of cement according to ASTM C-114

•Analysis of low sulfur content in automotive fuels

•Analysis of unknown samples using SPECTRO’s fundamental parameter based expert system

•Analysis of blast-furnace slag

•Elemental analysis of additives in lubricating oils

•Analysis of low sulfur content in gasoline fuels according to IP532/05 and ASTM D 7220-06

•Analysis of low sulfur content in diesel fuels according to IP532/05 and ASTM D 7220-06

•Analysis of S and trace element content in methanol and ethanol blends for use as automotive spark ignition engine fuel

•Analysis of S and trace element content in biodiesel

•Analysis of FeCr-powder

•Analysis of precious metal alloys

•Analysis of lead in toys

•Analysis of plastics according to the RoHS directive (2 mm working distance)

•Analysis of plastics according to the RoHS directive (20 mm working distance)

•Locating and identifying of inclusions in plastics

•Condition monitoring based on analysis of trace element content in used oil

•Analysis of trace elements in geological and allied materials prepared as pressed powder pellets

•Analysis of silane layers on galvanized steel sheets

•Analysis of Ti and Zr layers on aluminum

•Analysis of elements contained in aerosols in air filters

•Analysis of secondary components in iron ore and iron sinter

•Analysis of alternative fuels in the cement industry

•Analysis of polymer granulate according to the RoHS directive

•Analysis of cement according to ASTM C-114

•Analysis of metal alloys using TurboQuant

•Analysis of additives in unused lubricating oils

•Analysis of major, minor and trace elements in geological and mineral materials

•Analysis of trace elements in geological materials, soils and sludge prepared as pressed pellets

•Analysis of raw material prepared as fused bead in the cement industry

•Analysis of cement prepared as fused bead- calibration and validation

•Analysis of cement prepared as fused bead

•Analysis of Rh, Pd and Pt in used automobile catalytic converters

•Analysis of small amounts of powdered samples

•Analysis of ferro alloys prepared as fused beads

•Analysis of major, minor and trace elements in copper base samples

•Analysis of major, minor and trace elements in copper base samples – long term test

•Analysis of trace element content in waste oil and processed fuel oil

•Analysis of trace and minor elements in rocks, soils, ores and sludge prepared as loose dried powder in XRF sample cups

XRF (Handheld)

•Analysis of FeCr-powder

•Screening analysis of used and waste oil

•Elemental characterization of soil and waste

•RoHS compliance & lead screening

•Analysis of ores, concentrates and tailings

•Analysis of solid metal samples using SPECTRO xSORT non-alloy

•Screening analysis of Rh, Pd, and Pt in used automobile catalytic converters

•Screening analysis of used and waste oil

•Screening analysis of gypsum in drywall