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Items (104)2.940.1430
940 Professional IC Vario ONE/SeS/Prep 3The 940 Professional IC Vario ONE/SeS/Prep 3 is the intelligent IC instrument with sequential suppression in combination with Metrohm Inline Sample Preparation, e.g., Inline Neutralization or Inline Cation Removal. An 800 Dosino can be used for the regeneration of the suppressor. The instrument can be used with any separation and detection methods.Typical areas of application:Anion determinations with sequential suppression after Inline Neutralization; Online trace analysis with Inline Neutralization and subsequent MiPCT-ME; Anion analysis after cation removal in samples with high transition metal concentrations, e.g., electroplating baths;
2.940.1440
940 Professional IC Vario ONE/SeS/HPGThe 940 Professional IC Vario ONE/SeS/HPG is the intelligent IC instrument with sequential suppression and binary high-pressure gradient. It can be extended with the 942 Extension Modules to up to a quaternary gradient system. An 800 Dosino can be used for the regeneration of the suppressor. The instrument can be used with any separation and detection methods.Typical areas of application:Gradient applications for anion or cation determinations with sequential suppression;
2.940.1450
940 Professional IC Vario ONE/SeS/LPGThe 940 Professional IC Vario ONE/SeS/LPG is the intelligent IC instrument with sequential suppression and low-pressure gradient. An 800 Dosino can be used for the regeneration of the suppressor. The instrument can be used with any separation and detection methods.Typical areas of application:Gradient applications for anion or cation determinations with sequential suppression;
2.940.1500
940 Professional IC Vario ONE/SeS/PPThe 940 Professional IC Vario ONE/SeS/PP is the intelligent IC instrument with sequential suppression and a peristaltic pump for suppressor regeneration. The instrument can be used with any separation and detection methods.Typical areas of application:Anion or cation determinations with sequential suppression and conductivity detection; Trace analysis for anions or cations; Online monitoring for anions or cations;
2.940.1510
940 Professional IC Vario ONE/SeS/PP/Prep 1The 940 Professional IC Vario ONE/SeS/PP/Prep 1 is the intelligent IC instrument with sequential suppression and peristaltic pump for suppressor regeneration in combination with Metrohm Inline Sample Preparation, e.g., Inline Ultrafiltration or Inline Dialysis. The instrument can be used with any separation and detection methods.Typical areas of application:Anion or cation determinations with sequential suppression after Inline Ultrafiltration or Inline Dialysis;
2.940.1520
940 Professional IC Vario ONE/SeS/PP/Prep 2The 940 Professional IC Vario ONE/SeS/PP/Prep 2 is the intelligent IC instrument with sequential suppression and a peristaltic pump for suppressor regeneration in combination with Metrohm Inline Sample Preparation, e.g., Inline Matrix Elimination or Inline Calibration. The instrument can be used with any separation and detection methods.Typical areas of application:Anion or cation determinations with sequential suppression after Inline Matrix Elimination; Ultratrace analysis for anions or cations with sequential suppression and Inline Calibration;
2.940.1530
940 Professional IC Vario ONE/SeS/PP/Prep 3The 940 Professional IC Vario ONE/SeS/PP/Prep 3 is the intelligent IC instrument with sequential suppression with a peristaltic pump for suppressor regeneration in combination with Metrohm Inline Sample Preparation, e.g., Inline Neutralization or Inline Cation Removal. The instrument can be used with any separation and detection methods.Typical areas of application:Anion determinations with sequential suppression after Inline Neutralization; Online trace analysis with Inline Neutralization and subsequent MiPCT-ME; Anion analysis after cation removal in samples with high transition metal concentrations, e.g., electroplating baths;
2.940.1540
940 Professional IC Vario ONE/SeS/PP/HPGThe 940 Professional IC Vario ONE/SeS/PP/HPG is the intelligent IC instrument with sequential suppression, a peristaltic pump for suppressor regeneration and binary high-pressure gradient. It can be extended with the 942 Extension Modules to up to a quaternary gradient system. The instrument can be used with any separation and detection methods.Typical areas of application:Gradient applications for anion or cation determinations with sequential suppression;
2.940.1550
940 Professional IC Vario ONE/SeS/PP/LPGThe 940 Professional IC Vario ONE/SeS/PP/LPG is the intelligent IC instrument with sequential suppression, a peristaltic pump for suppressor regeneration and low-pressure gradient. The instrument can be used with any separation and detection methods.Typical areas of application:Gradient applications for anion or cation determinations with sequential suppression;
2.940.1580
940 Professional IC Vario ONE/SeS/PP/MBThe 940 Professional IC Vario ONE/SeS/PP/MB is the intelligent IC instrument with sequential suppression and a peristaltic pump for suppressor regeneration. The instrument can be used with any separation and detection methods.Typical areas of application:Anion or cation determinations with sequential suppression and conductivity detection; Trace analysis for anions or cations; Online monitoring for anions or cations; Optimized for microbore (2 mm) applications, ideally suitable for coupling techniques (IC-MS or IC-ICP/MS); Supported with MagIC Net 4.1 and higher
- AN-CIC-027AN-CIC-027Halogens in polymer by Combustion Ion Chromatography
Polymer materials that are used for building and decoration purposes need to be flame resistant. To reach the required level of resistance flame-retardants are added to the plain polymer. Flame-retardants are often haloorganic compounds. The use of such components and the respective concentration of introduced halogens can be determined by Combustion IC. The recovery over the full system is tested with acertified reference material (CRM).
- AN-CIC-028AN-CIC-028Fluorine and chlorine in iron ore by Combustion Ion Chromatography
Iron ore is an important resource for steel production. Its natural content of halogens is a quality characteristic due to the corrosiveness of the respective halogenides. Combustion IC applying the sacrificial vial technology is used for the analysis of fluorine and chlorine in ore. WO3 usually is added to improve the release of SO2 and therefore sulfur recovery. In this application, it also significantly improves the recovery of fluoride.
- AN-CIC-029AN-CIC-029Organic halides in crude oil
Crude oil typically contains no organic halides. These are introduced at production sites, in pipelines, or in storage tanks. These components produce HF, HCl, and other acids in reforming and hydro-treating processes, leading to corrosion and catalyst poisoning. Speciation of the halides is an important parameter to measure in order to trace the contamination source. The current specifications expect to find less than 2 mg/kg organic chlorine in crude oil. Sulfur in crude oil could be quantified on the fly. Due to the specific request in this application, only the halogens are determined.
- AN-CIC-030AN-CIC-030Fluorine determination from fluorochemicals in fabrics applying Combustion IC
In textiles, the water-repelling effect may be introduced by different treatments, such as the application of fluorochemicals. These compounds, especially perfluoroorganic substances, are extremely persistent in the environment and are therefore listed as emergent contaminants. Combustion IC with pyrohydrolysis and subsequent ion chromatographic determination is applied to analyze the fluorine content in fabrics.
- AN-CIC-031AN-CIC-031Sulfur determination in ammonia gas applying Combustion IC
Sulfur species are critical contaminants in ammonia gas. They can cause high-temperature sulfidation of metals, form aggressive complexes with other elements, or react subsequently in processes where the ammonia gas is used. The concentration of such impurities tends to be very low, but they may not exceed critical levels of 0.5 mg/L. Although this level is very close to the system blank of the Combustion IC system, the setup can be used to prove that such critical limits are not exceeded.
- AN-CIC-032AN-CIC-032Chloride as an indicator of residual solvent presence in cellulose ester-based foil
Cellulose ester foils are produced using chlorinated solvents. The residual amount of the solvent used in production evaporates within a few days in ambient conditions. The residual solvent is determined by combustion IC, through the conversion of organically bound chlorine to chloride by pyrohydrolysis. The final product needs to be free of all chlorinated solvents. Therefore, critical contents of such compounds can be detected in quality control analysis. Application of MiPT in this study has enabled an automated and precise calibration out of a single standard.
- AN-CIC-033Monitoring PFASs in water sources
AOF (adsorbable organic fluorine) is used to screen for per- and polyfluorinated alkyl substances in aqueous matrices via pyrohydrolytic combustion and ion chromatography.
- AN-CIC-034Fast analysis of AOX in waters by CIC
Combustion ion chromatography (CIC) measures AOX (adsorbable organically bound halogens, i.e., AOCl, AOBr, AOI) and AOF as well as CIC AOX(Cl) according to DIN 38409-59 and ISO/DIS 18127.
- AN-CIC-035Halogens and sulfur in solid samples according to EN 17813
Organic halides must be monitored in the environment. Combustion ion chromatography (CIC) is used for accurate halogen analysis in solids following EN 17813:2023.
- AN-COR-001AN-COR-001Corrosion part 1 – basic concepts
Corrosion refers to a process that involves deterioration or degradation of metal. The most common example of corrosion is the formation of rust on steel. Most corrosion phenomena are of electrochemical nature and consist of at least two reactions on the surface of the corroding metal.
DRP-X7710-U75
Dual screen-printed Prussian Blue/Carbon working electrodesDRP-XFF10-U75
Dual screen-printed Ferrocyanide/Carbon working electrodesEQCM.AU
EQCM 6 MHz Au/TiO2 crystal working electrodeEQCM 6 MHz Au/TiO2 crystal working electrode
EQCM.CE
EQCM counter electrodeGold coil counter electrode for Autolab EQCM cell.
EQCM.PT
EQCM 6 MHz Pt-coated crystal working electrodeEQCM 6 MHz Pt-coated crystal working electrode
EQCM.REF.EL.S
Reference Electrode Ag/AgCI 3M KCIReference Electrode Ag/AgCl 3M KCl
IR.75
Iridium micro electrode 75 µmIridium micro electrode with a disk diameter of 75 µm.
PD.100
Palladium micro electrode 100 µmPalladium micro electrode with a disk diameter of 100 µm.
PD.200
Palladium micro electrode 200 μmPalladium disk micro-electrode tip of 200 μm diameter.
PD.25
Palladium micro electrode 25 µmPalladium micro electrode with a disk diameter of 25 µm.
6.07402.930
Small reflector OMNIS NIR, 4 mmReflector with a gap size of 4 mm (optical path length of 8 mm) for the transflection measurement of liquids.Suitable for disposable 28 mm reflection vials (6.7402.140).
6.07402.940
Large reflector OMNIS NIR, 1 mmReflector with a gap size of 1 mm (optical path length of 2 mm) for the transflection measurement of liquids.Suitable for transflection vessels (6.07402.260 and 6.7401.000).
6.07402.950
Large reflector OMNIS NIR, 2 mmReflector with a gap size of 2 mm (optical path length of 4 mm) for the transflection measurement of liquids.Suitable for transflection vessels (6.07402.260 and 6.7401.000).
6.07402.960
Large reflector OMNIS NIR, 4 mmReflector with a gap size of 4 mm (optical path length of 8 mm) for the transflection measurement of liquids.Suitable for transflection vessels (6.07402.260 and 6.7401.000).
6.07410.000
OMNIS NIR LampSpare lamp for 2060 The NIR Analyzer and OMNIS NIR Analyzer with built-in hour counter.
6.07410.010
Dust protection cover OMNIS NIRDust protection cover for the OMNIS NIR Analyzer. Protects the Analyzer against dust and dirt for prolonged periods when not in use.
6.07410.020
Gripper fingers 8–28 mmGripper fingers for OMNIS Sample Robot – NIR for gripping vials with an outer diameter of 8–28 mm.
6.07501.010
ASTM Calibration Standard50:50 (v:v) Toluene/Acetonitrile ASTM standard for calibration of the wavenumber axis of MIRA/MISA systems. Class 3B operation.
6.07502.000
Vial HolderVial holder attachment for MIRA systems. Accommodates 15 x 26 mm glass vials.
6.07504.000
Tablet HolderTablet holder attachment for MIRA systems that is used for analysis of formulated tablets of various sizes and shapes.