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Webinars (88)- WP-053WP-053Determination of Acid Number (AN) with Titration and NIR Spectroscopy
The acid number (AN) is a measure for the quality of oils and their potential to enhance corrosion. When analyzing fresh, unused oils, the AN is used to ensure the specified quality from the manufacturer, whereas for used oils the AN is determined to observe its increase until a critical level is reached. Although it is generally assumed that the AN correlates to the corrosive potential of the oil, this is not exactly correct, as it is the change of the AN value which indicates this issue. Therefore it is necessary to determine the AN on a regular basis.Several standards already exist to determine AN via titration methods, however it is also possible to measure this parameter via spectroscopic (NIRS) methodology. No matter which technique you choose, Metrohm has you covered with high-performance instruments suitable for these published norms.
- WP-054WP-054Boost efficiency in the QC laboratory: How NIRS helps reduce costs up to 90%
Underestimation of quality control (QC) processes is one of the major factors leading to internal and external product failure, which have been reported to cause a loss of turnover between 10–30%. As a result, many different norms are put in place to support manufacturers with their QC process. However, time to result and the associated costs for chemicals can be quite excessive, leading many companies to implement near-infrared spectroscopy (NIRS) in their QC process. This paper illustrates the potential of NIRS and displays cost saving potentials up to 90%.
- WP-055WP-055Corrosion Best Practice – Creating Pipe-flow Conditions Using a Rotating Cylinder Electrode
Electrochemical measurements utilizing a rotating cylinder electrode (RCE) are widely used in industrial corrosion applications when simulation of realistic pipe conditions are necessary in a lab environment. This white paper allows further insight into the particularities and parameters which govern the electrochemical measurements, in particular measurements performed in turbulent flow conditions, and shows a complete picture of the best practice use of this technique. The annexes provide an overview and short explanation of the parameters and laws specific to the fluid behavior in electrochemical cells with RCE.
- WP-056WP-056Determining dissolved oxygen in water – Titration or direct measurement?
«Dissolved oxygen» describes the amount of oxygen molecules (O2) which are dissolved in a liquid phase under certain conditions. In this white paper, two different methods for the analysis of dissolved oxygen, titration and direct measurement, are compared and contrasted to help analysts determine which method is more suitable for their specific applications. Here, we primarily focus on the determination of dissolved O2 in water. However, the same principle applies for other liquid phases such as non-alcoholic or alcoholic beverages.
- WP-057WP-057FOS/TAC Quotient for the optimization of methane production from biomass
The FOS/TAC value is an important characteristic to assess the status of the fermenter before costly problems arise. The new Eco Titrator from Metrohm allows the determination of this quotient in a fast, cost-efficient, and precise way.
- WP-058WP-058Virus detection: Fast, sensitive, and cost-effective with electrochemical testing
With significant global viral outbreaks becoming the norm rather than generational outliers, it is imperative that fast, sensitive, and cost-effective testing is available to the masses. Screen-printed electrodes (SPEs) allow rapid, widespread testing of populations for infectious disease, without the need of skilled personnel or burdensome equipment in the field. The possibility of point-of-care (POC) testing with SPEs has been exhibited in several recent studies. Metrohm DropSens combines high production capabilites of custom-made SPEs with a valid ISO 13485 certification "Manufacturing of sensors for medical devices", meaning testing procedures developed on these SPEs can be reliably scaled up for larger operations, with easier regulatory approval for commercialization.
- WP-059WP-059Stability-based value of natural oils: Easy to determine with the Rancimat test
Rancidity of oils and fats is a factor which can immediately reduce the sale price of these products to customers in the food and cosmetics industries. Oils which remain stable over longer periods of time are more highly valued as they lead to a higher quality end product. Rancidity is a natural process which occurs as fats and oils age and oxidize, and can be delayed or even stopped by addition of antioxidants at the right time.Determination of rancidity is possible in several ways (e.g., measuring the acid number or peroxide value), though these tests only give information about the current state of the product, with no indication about the remaining shelf life. One analytical method that can measure this time span until spoilage is the Rancimat method, which artificially ages the samples to determine whether antioxidants may be needed to help manufacturers get the full value from their oils.
- WP-060WP-060Multiparameter analysis in fertilizers: Fast and easy via thermometric titration
Agriculture at significant scale without fertilizers is no longer possible in the modern world. To grow a sufficient amount of produce for nearly 8 billion people as well as for domesticated animals and industrial uses, fertilizers of different nutrient compositions are available to cater to the unique needs of various soil types. Information on the fertilizer’s composition (e.g., total nitrogen, phosphorus, and potassium) is available to help select the ideal fertilizer for a specific soil. Conventionally these constituents are determined either gravimetrically (e.g., phosphorus, potassium, or sulfate) or with ICP-OES (e.g., phosphorus or potassium). These methods either have the disadvantages of long analysis times combined with laborious sample preparation (gravimetry), or require expensive instrumentation with high running costs (ICP-OES). This White Paper elaborates how thermometric titration is a fast and inexpensive alternative method to provide information on the content of various nutrients in different fertilizers.
- WP-061WP-061Moisture in petroleum products according to ASTM D6304
Knowledge of the water content in lubricating oils, additives, and similar products is important in the manufacturing, purchase, sale, or transfer of petroleum products to help estimate their quality and performance characteristics. Monitoring the water content in such products can prevent damage to infrastructure and ensure safe operation by avoiding corrosion processes and subsequent engine wear. This White Paper explains the easy determination of moisture in petroleum samples by coulometric Karl Fischer titration according to the three procedures outlined in ASTM Method D6304. A comparison is given between the procedures to determine which is most suitable for different sample types.
- WP-062WP-062Overcoming difficulties in ion measurement: Tips for standard addition and direct measurement
Ion measurement can be conducted in several different ways, e.g., ion chromatography (IC), inductively coupled plasma optical emission spectrometry (ICP-OES), or atom absorption spectroscopy (AAS). Each of these are well-established, widely used methods in analytical laboratories. However, the initial costs are relatively high. In contrast, ion measurement by the use of an ion-selective electrode (ISE) is a promising alternative to these costly techniques. This White Paper explains the challenges which may be encountered when applying standard addition or direct measurement, and how to overcome them in order for analysts to gain more confidence with this type of analysis.
- WP-063WP-063Recommendations for converting a manual titration procedure into an automated titration procedure
This white paper summarizes the steps involved in converting an existing manual titration procedure to semi-automated or automated titration procedures. It discusses topics such as selecting the right electrode and titration mode. For a better understanding, the discussion topics are illustrated with three examples.
- WP-064WP-064Illicit Drug Trafficking and Border Control with Mira DS: Safe Fentanyl Identification
Like any defense and security professional, border agents must quickly and accurately identify suspicious substances at the point of contact. When that substance is fentanyl, which is deadly in microdoses, the stakes are even higher. The Mira DS handheld Raman system from Metrohm Raman offers safe, no-contact identification of over 200 fentanyl analogues. Mira DS protects border agents, while they protect citizens from deadly narcotics, drug smugglers, and illegal entry of goods.
- WP-065WP-065Simplified sulfite determination in foods and beverages using ion chromatography
Sulfites are well-known additives in foods and beverages used to extend shelf life and preserve colors. Such properties have led to the broad usage of sulfites in a range of foodstuffs like fruits, cereals, vegetables, seafood, juices, alcoholic and non-alcoholic (soft) beverages, and in some meat products. The term «sulfites» describes a group of molecules that include sulfur dioxide (SO2) and chemically related molecules like sodium sulfite (Na2SO3), sodium bisulfite (NaHSO3), or sodium metabisulfite (Na2S2O5). Sulfite intake has been correlated with several adverse reactions, and therefore sulfites are included in the FAO/WHO Codex Alimentarius list. Labelling sulfite content in foods and beverages is necessary when the total concentration exceeds 10 mg/kg. Metrohm ion chromatography allows the reliable measurement of sulfite in different matrices using either conductivity or amperometric detection. The inclusion of automated sample preparation and cleaning steps with Metrohm instrumentation saves additional analyst time and helps increase sample throughput.
- WP-066WP-066An introduction to ion chromatography mass spectrometry (IC-MS)
Ion chromatography mass spectrometry (IC-MS) is a powerful tool that can handle many challenging analytical tasks which cannot be performed adequately by IC alone. IC-MS is a robust, sensitive, and selective technique used for the determination of polar contaminants like inorganic anions, organic acids, haloacetic acids, oxyhalides, or alkali and alkaline earth metals. After separation of the sample components via IC, mass selective detection guarantees peak identity with low detection limits. The inclusion of automated Metrohm Inline Sample Preparation (MISP) allows not only water samples, but also chemicals, organic solvents, or post-explosion residues to be readily analyzed without need for extensive manual laboratory work. This White Paper explains the benefits of IC-MS over IC in certain cases, the hyphenation of IC and different MS systems, as well as related norms and standards.
- WP-067WP-067Quality control of semiconductor acid baths as per ASTM E1655 – Time- and cost-efficient with NIRS
The demand for microelectronics and printed circuit boards (PCBs) has steadily increased as more flat panel displays, LEDs, photovoltaics, and other essential intermediates are required to create modern consumer devices. This is favorable for the semiconductor industry, though challenges may arise to deliver on time while upholding high quality standards. To be successful, several processes must be optimized in order to increase production efficiency. This White Paper describes the capabilities of the modern analytical method near-infrared (NIR) spectroscopy for assessing the quality of acid baths for etching of microelectronics and printed electronics. Not only are analysis times sharply reduced to less than a minute, the related running costs are also significantly lower – certainly a boost in efficiency that should not be overlooked!
- WP-068WP-068Recommendations for titration methods validation
The objective of validation of an analytical procedure is to demonstrate that it is suitable for its intended purpose. Recommendations for the validation of analytical methods can be found in ICH Guidance Q2(R1) Validation of Analytical Procedures: Text and Methodology and in USP General Chapter <1225> Validation of Compendial Procedures. The goal of this white paper is to provide some recommendations for the validation of titration methods.
- WP-069WP-069(Un)Grounded: Grounded and floating measurements and their application in electrochemical research
In this White Paper, details of the electronic (PGSTAT) and electrochemical cell grounding are presented together with the necessity of using a floating PGSTAT for different application and experimental examples. Due to the wide variation of experimental requirements and kinds of electrochemical cells, the use of an electrochemical instrument with a selectable floating feature (such as VIONIC) which brings additional versatility to the user is recommended.
- WP-070WP-070On-site Identification of Improvised Incendiary Devices: Integrated Chemical ID and Decision Guidance with MIRA DS and HazMasterG3®
Handheld Raman is ever evolving. The combination of large libraries, a compact and easy-to-use system, and predictive Hazmat software make MIRA DS a powerful tool for defense and security professionals. Identify on-site materials, get hazard information, and make quick decisions about response to dangerous situations.
- WP-071WP-071Improving the corn to ethanol fermentation process with near-infrared spectroscopy (NIRS)
The fermentation of corn starch to produce ethanol is a complex biochemical process that requires monitoring of many different parameters (e.g., solids, pH, sugar profile, glycerol, lactic and acetic acid, and water and ethanol content). Traditional laboratory analysis using primary methods (e.g. Karl Fischer titration) takes about an hour to complete and is a limiting step for increasing plant capacity and efficiency. As a fast and non-destructive analytical technique, near-infrared spectroscopy (NIRS) can replace routine laboratory analysis, decreasing operating costs and increasing plant efficiency and capacity. This White Paper describes the capabilities of the modern analytical method near-infrared (NIR) spectroscopy for monitoring and improving the fermentation process of corn to ethanol.
- WP-072WP-072Fluorescence-free 785 nm material ID with MIRA XTR DS
In this White Paper, you will learn about MIRA XTR DS – the smallest, smartest, most flexible handheld Raman system with the largest libraries available on the market! MIRA XTR DS has all the benefits of 785 nm Raman interrogation: compact size, low laser power, sample preservation, long battery lifetimes... now with fluorescence rejection. Additionally, there is improved sensitivity and resolution over 1064 nm systems. This opens up new possibilities for 785 nm Raman, including strongly colored materials, common excipients, illicit materials, and more.
- WP-073WP-073On-site detection of hexavalent chromium in protective paint primers
It is widely accepted that prolonged exposure to hexavalent chromium compounds can have dire health effects. This has led to increased regulation of chromium-containing products and greater demand for technologies that can positively identify hexavalent chromium in potential matrices. These include paints, dyes, and primers, which can pose a problem for interrogation with Raman, as strongly colored materials often exhibit fluorescence when stimulated at 785 nm. Fluorescence can obscure the Raman signal and prevent positive identification. MIRA XTR DS provides all the functionality of handheld material ID with a new capability that selectively eXTRacts the Raman signal from fluorescent materials. Fluorescence rejection at 785 nm provides higher sensitivity and resolution than 1064 nm systems, as well as a much wider scope of applications amenable to Raman spectroscopy. MIRA XTR DS offers a comprehensive and versatile material ID test solution for field operations.
- WP-074WP-074Determination of polyribosylribitol phosphate (PRP) in Haemophilus influenzae vaccine using ion chromatography with pulsed amperometric detection
Haemophilus influenzae type B (Hib) is a major cause of bacterial meningitis in children in many countries. The capsular polysaccharide (PS) of Hib plays an important role in the virulence of the organism. The polysaccharide capsule hides cell surface components from elements of the mammalian immune system, such as antibodies and complement proteins that otherwise would activate mechanisms to kill the pathogen. Vaccines require rigorous characterization and assays to ensure final product quality and consistency. For glycoconjugate vaccines, it is important to measure both free and total PS to ensure the quality. A large amount of unconjugated PS may suppress immunity to the antigen. Additionally, the presence of free PS is a key indicator of process consistency. Current methods to determine PS content in vaccines such as Hib are imprecise and unreliable, especially if the vaccine contains a sugar stabilizer (e.g. lactose). Ion chromatography with pulsed amperometric detection (IC-PAD, or HPAEC-PAD) offers a simpler procedure and better sensitivity than other assays to quantify PS (here, polyribosylribitol phosphate [PRP]) in Hib vaccine.
- WP-075WP-075Simple determination of haloacetic acids (HAAs) in potable water with ion chromatography hyphenated to mass spectrometry
Haloacetic acids (HAAs) are commonly produced as disinfection byproducts (DBPs) from water treatment processes. Some HAAs are regulated by the authorities and have been classified as potentially carcinogenic. They have traditionally been analyzed by gas chromatography (GC), a technique that requires time-consuming sample extraction and derivatization, leading to higher costs per analysis. Ion chromatography hyphenated to mass spectrometry (e.g., single or triple quadrupole MS systems) is a powerful tool that can handle many challenging analytical tasks such as measuring μg/L levels of HAAs in potable water samples. This White Paper explains the benefits of using this hyphenated technique for the accurate measurement of HAAs in potable water.
- WP-076WP-076Process analyzers as proactive solutions for online corrosion monitoring
White paper on monitoring corrosion and the benefits of online or inline chemical analysis over manual sampling and offline laboratory methods for corrosion monitoring. Online and inline process application solutions for corrosion prevention with related application notes for further information are presented.
- WP-077WP-077Robust multiparameter analysis of infant and follow-on formulas with ion chromatography (IC)
Free white paper gives comprehensive overview of how to reliably assess the quality of infant formula with ion chromatography.
- WP-078WP-078Adsorbable organic fluorine (AOF) for screening of PFAS in waters
Learn about PFAS, their impact on water quality, EU Directive 2020/2184, and the benefits of AOF measurement using combustion ion chromatography (CIC).
- WP-079WP-079How to characterize a catalyst? Cyclic voltammetry in action
This White Paper introduces the principles of cyclic voltammetry (CV) and the various ways it can be used for catalyst investigation. A case study and helpful glossary are provided to support your understanding.
- WP-080WP-080Seamless electrochemical measurements with VIONIC powered by INTELLO
This White Paper introduces seamless measurements that are possible with VIONIC powered by INTELLO and applications that can benefit from this unique feature. The combination of software and new generation electronics provides data in real-time with no gaps or missed reactions.
- WP-081WP-081Fast determination of AOX in waters according to DIN 38409-59
Monitor adsorbable organic halogens (AOX) in water using combustion ion chromatography (CIC) for precise analysis of AOCl, AOBr, AOI, and total AOX.
- WP-082WP-082Measuring inorganic cations and amines with ion chromatography mass spectrometry (IC-MS)
This white paper presents IC-MS as powerful analysis technique. This multiparameter method determines various analytes such as inorganic cations and amines in one run.
- WP-083WP-083Hyphenated electrochemical-Raman spectroscopy: Another dimension for your research
White paper about Raman spectroscopy and electrochemistry and their combination (electrochemical Raman).
- WP-084WP-084Quality control of analytical parameters in battery production
Lithium-ion batteries (LIBs) are the most common rechargeable options available today. Production of LIBs needs to follow stringent quality standards.
- WP-085WP-085Improved antioxidant monitoring of in-service industrial lubricants
Voltammetry (VA) is a fast and established method for testing the remaining antioxidant content in industrial lubricants. The flexible and modular Metrohm VA system setup discussed in this White Paper delivers more repeatable and more reproducible results which fulfill all ASTM requirements. Additionally, users can automate the complete analysis process which makes it possible to run series of samples completely unattended.
- WP-086WP-086Measuring organic acids and inorganic anions with ion chromatography mass spectrometry
This White Paper focuses on selected IC-MS applications for the straightforward identification and quantification of organic acids and inorganic anions in different matrices.
- WP-087WP-087Green alternative methods for voltammetric analysis in different water matrices
This White Paper presents four different «green» sensors: the scTRACE Gold, screen-printed electrodes, the glassy carbon electrode, and the Bi drop electrode from Metrohm that can be used to determine low concentrations of heavy metals in different sample matrices, such as boiler feed water, drinking water, and sea water.
- WP-088Simplified analysis of dairy products with Metrohm Inline Dialysis
This White Paper compares automated Inline Ultrafiltration and Inline Dialysis to the traditional Carrez clarification procedure for the analysis of milk samples by ion chromatography (IC). A continuous test series over approximately six months proved Inline Dialysis to be a reliable and valuable alternative to treat dairy products prior to IC analysis.
- WP-089Water content determination in ketones using Hydranal™ NEXTGEN FA reagents
With Hydranal™ NEXTGEN FA reagents, the water content in ketones can be determined quickly and reliably. Compared to other existing KF reagents for ketones on the market, the side reactions are measurably better suppressed.
- WP-090WP-090Automated water hardness determination according to ASTM D8192
The ASTM D8192 standard allows analysts to determine water hardness in different water matrices by complexometry with automated photometric endpoint recognition, increasing the reproducibility and the precision of the results.
- WP-091WP-091Case study: Ion chromatography in pharmaceutical research and development
This White Paper will walk you through the selection process of ion chromatography as the best analytical tool in the product development of a cell-based gene therapy.
- WP-092WP-092USP monograph modernization initiative leading to modern ion chromatography-based methods
The USP and FDA started to modernize several monographs and General Chapters. In many cases, IC-focused methods have replaced older, wet chemistry procedures. Learn more about the USP modernization initiative and the advantages of ion chromatography in this white paper.
- WP-093WP-093Significant cost savings through dynamic ventilation during nitrification in wastewater treatment
This White Paper gives an overview of the energy-intensive nitrification process that converts ammonia into less harmful nitrogen compounds at wastewater treatment plants (WWTPs). It displays the results from a field test at a WWTP, showcasing the positive influence of single-method process analyzers on the efficiency of the nitrification process.
- WP-094WP-094OMNIS NIRS: An efficiency boost for your laboratory
This White Paper discusses the concept and benefits of NIR spectroscopy and outlines several real-life laboratory application examples with the use of OMNIS NIRS, the cutting-edge NIR spectrometer from Metrohm.
- WP-095WP-095The future of manufacturing and commercializing green ammonia with electrochemistry
Free White Paper outlines the fundamental principles of the nitrogen reduction reaction. It then delves into the technical barriers hindering the industrialization of green ammonia production, their impact on final yield and selectivity, and potential strategies or research gaps to overcome these issues.
- WP-096WP-096Validation of ion chromatographic (IC) methods according to USP <1225>
This White Paper discusses USP <1225> and how ion chromatography determines active ingredients in pharma products (assays) as well as identifies impurities and degradation components.
- WP-097WP-097Why switch to OMNIS Client/Server (C/S)?
OMNIS Client/Server boosts business performance with scalable server management, cutting costs by reducing hardware, energy use, and maintenance across locations.
DRP-ECLPHOTODIODCELL
Photodiode cell for electrochemiluminescence measurementsCell for screen-printed electrodes to perform electrochemiluminescence measurements. This ABS cell includes a Silicon photodiode with preamp with a spectral response range 340 - 1100 nm and peak sensitivity wavelength of 960nm. This cell should be used in combination with µStat ECL or µStat SpectroECL electrochemiluminiscence instruments.
DRP-FLKIT
Fluorescence kitKit for performing fluorescence experiments composed by 2 x short optical fibers (600 µm) ended in SMA 905 connections, 2 x optical filters one of 230-500 nm and other for 300-750 nm wavelength and 2 x holders for the filters.Complete your set up by adding the required excitation light depending on the range of interest (ref. LEDUV275, LEDVIS395 or LEDRGB).For performing fluorescence spectroscopy experiments coupled to spectroelectrochemistry (ref. SPELEC) with SPEs acquire the suitable reflection probe (RPROBE) and reflection cell (REFLECELL).
DRP-FLKITSPE
Fluorescence Kit for screen-printed electrodesKit designed for those researchers interested in performing fluorescence spectroscopy experiments with screen-printed electrodes (Includes 2 x optical fibers (600 um) ended in SMA 905 connections, 2 x optical filters 230-500 and 300-750 nm 2 x holders, 1 x RPROBE-VIS-UV and 1 x REFLECELL).
DRP-FLWCL-IDE-PEEK
Flow Cell in PEEK for Interdigitated ElectrodesDRP-FOLSOL-AQU-1ML
Fullerenol solution-Aqueous-1 mLDRP-FOLSOL-AQU-5ML
Fullerenol solution-Aqueous-5 mLDRP-GQD
Graphene Quantum DotsDRP-HCELL
H-cell for hydrogen permeation experimentsThis cell consists of two electrochemical compartments in which hydrogen is produced in the load cell and detected in the oxidation cell. It can be used to evaluate hydrogen uptake, permeability and transport in a variety of metal membranes, among other applications.
DRP-HCELLKIT
Hydrogen permeation kit additional cell to be acquired onlyDRP-I-BICAST
i-µStat cable connector for dual screen-printed electrodesConnector that acts as an interface between our dual screen-printed electrodes and Metrohm DropSens potentiostats.
DRP-I-CABSTAT
μStat Cable connector for μStat-i 400 and conventional electrodesμStat Cable connector for μStat-i 400 and conventional electrodes
DRP-I-CABSTAT1
μStat Cable connector for μStat-i 400s and conventional electrodesμStat Cable connector for μStat-i 400s and conventional electrodes
DRP-I-CAST
i-µStat Cable Connector for Screen-Printed ElectrodesConnector that act as an interface between our Screen-Printed Electrodes and Metrohm DropSens potentiostats.
DRP-IRNP-COL
Colloidal Iridium Nanoparticles SolutionDRP-I-VKIT
Instruments verification kits for µStat-i-400 and µStat-i-400sKit for verifying the correct performance of instruments: μStat-i 400s, μStat-i 400s and μStat-i MultiX
DRP-LEDRGB
LED light red green blueLED light for performing fluorescence spectroscopy experiments coupled to spectroelectrochemistry
DRP-LEDUV275
LED light-UV 275 nmLED light for performing fluorescence spectroscopy experiments coupled to spectroelectrochemistry
DRP-LEDVIS395
LED light-VIS 395 nmLED light of 395 nm wavelength
DRP-PTAUNINW-LO-1.5
Platinum Gold Nickel Nanowires - Pt (1.5 μm) - Au (5 μm) - Ni (2 μm)DRP-PTAUNINW-SH-1.5
Platinum Gold Nickel Nanowires - Pt (1.5 μm) - Au (2 μm) - Ni (2 μm)DRP-PTGRID-TRANSCELL
Spectroelectrochemical cell with conventional electrodesThis cell allows mass electrolysis to be easily performed while transmission measurements (1 mm optical path) are acquired in the solution close to the electrode.
DRP-RAMANCELL-C
Raman spectroelectrochemical cell for conventional electrodesCell in PEEK for Raman spectroelectrochemical measurements. Designed be used with ref. RAMANPROBE and conventional Metrohm electrodes.
DRP-RAMANCELL-M
Raman Cell for microscopeCell for spectroelectrochemical applications in combination with a microscope, allowing the laser focus onto the surface of the working electrode, obtaining valuable information while the electrochemical process takes place.
DRP-RAMANCELLS-U3
PEEK spacers for DRP-RAMANCELL (0.5, 1 and 1.5 mmDRP-RAMANPROBE638
Raman probe 638Reflection probe designed to be used with a single excitation 638 nm wavelength (up to 300 mW). Suitable to work with DropSens Raman cell for screen-printed electrodes (ref. RAMANCELL), Raman cell for conventional electrodes (ref. RAMANCELL-C) or with any conventional Raman set-up.
DRP-REFLECELL-C
UV-Vis/NIR spectroelectrochemical cell for conventional electrodesCell for UV-Vis/NIR spectroelectrochemical measurements with conventional electrodes.
DRP-RHNP-COL
Colloidal Rhodium Nanoparticles SolutionDRP-RPROBE-VIS-NIR
Reflection probe VIS-NIRReflection probe VIS-NIR designed to perform reflection experiments.
DRP-SBNP-PUR
Purified Antimony Nanoparticles SolutionDRP-SMAFC
SMA-FC adapterDRP-SMAFC105
SMA -FC fiber adapter 105 umDRP-SMAFC200
SMA -FC fiber adapter 200 umDRP-SNNP-PUR
Purified Tin Nanoparticles SolutionDRP-SPECELL4W-U20
Disposable well cell for 4W format screen-printed electrodesElectrochemical cells for easy and fast handling of 4W format screen-printed electrodes. Take advantage of their disposable, lightweight and quick-assembly design to handle large droplets and ensure good surface coverage and sample sealing.
DRP-SPECELL8W-U20
Disposable well cell for 8W format screen-printed electrodesElectrochemical cells for easy and fast handling of 8W format screen-printed electrodes. Take advantage of their disposable, lightweight and quick-assembly design to handle large droplets and ensure good surface coverage and sample sealing.
DRP-SPECELL8X-U20
Disposable well cell for 8X format screen-printed electrodesElectrochemical cells for easy and fast handling of 8X format screen-printed electrodes. Take advantage of their disposable, lightweight and quick-assembly design to handle large droplets and ensure good surface coverage and sample sealing.
DRP-SPECELL-U75
Disposable well cell for screen-printed electrodesElectrochemical cells for easy and fast handling of screen-printed electrodes. Take advantage of their disposable, lightweight and quick-assembly design to handle large droplets and ensure good surface coverage and sample sealing.
DRP-SYNCONN96X
Automatic controller for CONNECTOR96XSYNCONN96X is an automatic controller of CONNECTOR96X that allows executing the assays sequentially without the need of employing the manual rotating selectors at the CONNECTOR96X.
DRP-TFIBER-VIS-NIR
Transmission fiber VIS-NIRTransmission fiber VIS-NIR designed to perform transmission experiments
DRP-TLCELL
Thin-layer cell for screen-printed electrodesThin-layer electrochemical cell for screen-printed electrodes with 2mm banana direct connections
DRP-TLFCELL
Thin-layer flow electrochemical cellThin film flow cell for use with ceramic SPEs with the detection zone in the center of the strip. It allows the study of different parameters under flow conditions.
DRP-TLFCLRAMANCELL
Raman flow-cell for Thin-layer flow-cell integrated screen-printed electrodesDRP-TRANSPACK-VIS-UV
Pack for transmission experiments with SPEs (Includes: 1 x TRANSCELL, 1 x CLENS, 1 x TFIBER-VIS-UV, 1 x RPROBE-VIS-UV and 1 x CAST-P)Pack designed for those researchers insterested in performing transmision UV-VIS experiments with screen-printed electrodes and SPELEC instrument
DRP-TUBEB-U12
PVC tube for peristaltic pump – 1,651 mm inner diameterPVC tube for peristaltic pump – 1.651 mm inner diameter
DRP-TUBEO-U12
PVC tube for peristaltic pump – 0,889 mm inner diameterPVC tube for peristaltic pump – 0.889 mm inner diameter
DRP-TUBER-U12
PVC tube for peristaltic pump – 1,143 mm inner diameterPVC tube for peristaltic pump – 1.143 mm inner diameter
DRP-TUBEY-U12
PVC tube for peristaltic pump – 1,422 mm inner diameterPVC tube for peristaltic pump – 1.422 mm inner diameter
DRP-USBFLOATING
USB floating cableThe floating USB cable is a galvanic isolation accessory that connected to your instrument will allow you to work in “floating mode” instead of “grounded mode”
DRP-VKIT
Instruments verification kits for µStat 300 and µStat 400Kit for verifying the correct performance of instruments: μStat 300 and μStat 400
DRP-VKITECL
Instruments verification kits for µStat ECL and SpectroECLKit for verifying the correct performance of instruments: μStat ECL and SpectroECL. With this kit you will be able to perform electrochemical and optical verification.
DRP-VKITMULTI
Instruments verification kits for µStat 4000P, µStat 4000, µStat 8000P and µStat 8000Kit for verifying the performance of instruments: μStat4000P, μStat 4000, μStat 8000P and μStat 8000. You will be able to verify each independent channel and the multichannel mode of your equipment.
DRP-VKITSPELEC
Instruments verification kits for SPELEC and SPELEC1050Kit for verifying the performance of instruments: SPELEC and SPELEC 1050. With this kit, you will be able to perform electrochemical and optical verification.
DRP-VKITSPELECNIR
Instruments verification kit for SPELEC NIRKit for verifying the correct performance of SPELECNIR instrument. With this kit, you will be able to perform electrochemical and optical verification.
DRP-VKITSPELECRAMAN
Instruments verification kit for SPELEC RAMANKit for verifying the correct performance of SPELECRAMAN instrument. With this kit, you will be able to perform electrochemical and optical verification.
ECAT.COMPACT.S
ECAT compact packageMetrohm Autolab offers and ECAT compact package that offers electrochemical instrumentation and accessories with an industry-leading 3-year warranty as standard. With a compact PGSTAT204 equipped with a dual-mode bipotentiostat module.The Autolab ECAT compact package comes with free NOVA 2 software that provides built-in Levich and Koutecky – Levich analysis methods for fast and easy data analysis. Included in the package is also a Rotating Ring Disk Electrode (RRDE) that is high precision with an ultra-low noise electrode rotation from 100 to 10,000 RPM. A complete RRDE electrochemical cell is also included in the package.Possible applications include: electrocatalyst material testing, mechanistic information,: detection of intermediates via collection and shielding experiments (RRDE), electrochemical kinetics studies, mass-transport properties with forced convection conditions.This package offers high-quality standard measurements including those under forced convection conditions.
ECD.S
Low current amplifier moduleThe lowest current range available on the standard Autolab is 10 nA. At this current range, the Autolab has a current resolution of 30 fA. When doing measurements on micro-electrodes sometimes even higher resolution is needed. Originally designed for electrochemical detection in HPLC and FIA, the ECD module makes the measurement of such low currents possible.The ECD module provides 2 additional current ranges of 1 nA and 100 pA giving a minimum current resolution of 0.3 fA. The ECD module also has a built in third order Sallen-Key filter, with 3 RC-time constants that help to filter out noise.
ECI10M.S
High frequency impedance spectroscopyThe ECI10M extends the measurable range for electrochemical impedance spectroscopy to a maximum of 10 MHz.The ECI10M consists of a module, installed in the Autolab potentiostat/galvanostat and coupled to the FRA32M module and an external interface designed to be placed in close proximity of the electrochemical cell in order to minimize the effects from the electrode cables.The small form factor of the external interface allows measurements in a glove box or Faraday cage.The ECI10M uses the Automatic Amplitude Correction algorithm (AAC) to ensure that the amplitude applied on the cell corresponds to the required amplitude at all times, thus maximizing the resolution while respecting the linearity and stability conditions during the measurement.
ECN.S
Electrochemical noise moduleElectrochemical noise (ECN) is an in-situ technique for measuring these localized corrosion processes on bare or coated metal samples. During measurements with the ECN module no external perturbation (potential or current) is applied to the electrode. The potential and current signals are measured as a function of time.The accompanying analysis software allows the current and potential versus time data to be analyzed using Fast Fourier Transform (FFT). The software also provides several filtering and mathematical methods for treating electrochemical noise signals.
EQCM.CELL.S
EQCM complete cell including coverEQCM complete cell including cover
EQCM.MAC.204.S
Electrochemical Quartz Crystal Microbalance moduleThe EQCM module provides the means to perform Electrochemical Quartz Crystal Microbalance experiments. The EQCM module measures a mass change per unit area by recording the change in resonant frequency of a quartz crystal oscillator.Measurements in the sub μg/cm2 are possible. The EQCM can be fitted with 6 MHz, AT-cut crystals.The EQCM module is supplied with a suitable electrochemical cell, reference and counter electrode and two 6 MHz gold-coated crystals.
EQCM.S
Electrochemical Quartz Crystal Microbalance moduleThe EQCM module provides the means to perform Electrochemical Quartz Crystal Microbalance experiments. The EQCM module measures a mass change per unit area by recording the change in resonant frequency of a quartz crystal oscillator.Measurements in the sub μg/cm2 are possible. The EQCM can be fitted with 6 MHz, AT-cut crystals.The EQCM module is supplied with a suitable electrochemical cell, reference and counter electrode and two 6 MHz gold-coated crystals.
FAR.CAGE.LRG
Large Faraday CageThe Autolab Faraday cage has been designed to allow the users to protect their electrochemical cell setup from electro-magnetic interference from external sources such as computer monitors, other instruments in the lab or power lines.In many cases the main source of external electrical interference is the line frequency (50/60 Hz) which can corrupt electrochemical data, particularly when small signals are being measured. An earth terminal is available in the Faraday cage to connect to the Autolab to prevent ground loops.External dimensions: (WxDxH) 38x30x60 cm3
FAR.CAGE.LRG
Large Faraday CageThe Autolab Faraday cage has been designed to allow the users to protect their electrochemical cell setup from electro-magnetic interference from external sources such as computer monitors, other instruments in the lab or power lines.In many cases the main source of external electrical interference is the line frequency (50/60 Hz) which can corrupt electrochemical data, particularly when small signals are being measured. An earth terminal is available in the Faraday cage to connect to the Autolab to prevent ground loops. External dimensions: (WxDxH) 38x30x60 cm3
FAR.CAGE.S
Faraday CageThe Autolab Faraday cage has been designed to allow the users to protect their electrochemical cell setup from electro-magnetic interference from external sources such as computer monitors, other instruments in the lab or power lines.In many cases the main source of external electrical interference is the line frequency (50/60 Hz) which can corrupt electrochemical data, particularly when small signals are being measured. An earth terminal is available in the Faraday cage to connect to the Autolab to prevent ground loops.
FI20.S
Analog filter and integrator moduleThe FI20 filter and integrator module allows the Autolab users to do coulometric and chrono-coulometric experiments. The analog integrator gives you the possibility to measure charge instead of current and can be used both in cyclic voltammetry as well as in potential step experiments.With this module it is easy to separate the capacitive current from the faradaic current. In addition the integrator is effective in reducing signal noise by averaging it out.The third order Sallen-Key filter with selectable RC-times between 0 and 500 ms, can be used to filter out noise.The filter of the FI20 module is also useful in cases where the background noise (50 or 60 Hz for example) cannot be removed by using measures like a Faraday cage.
FLAT.CELL.S
Flat cellThe Autolab flat cell is a corrosion cell suitable for measurements on very large flat samples, up to 17 cm² in size. The cell is supplied with a reference electrode, a stainless steel counter electrode and a gas purging tube.
FLAT.CLAMP
Clamp for fixing the vessel to the flat sample and platformFLAT.COUNTER
Flat cell steel counter electrodeFLAT.GAS
Flat cell gas inletFLAT.PLATFORM
Sample platform for large flat samples with 4 mm fem. bananaFLAT.PLATFORM.CMPL.S
Flat Sample PlatformComplete Flat sample platform for large, flat samples.Keywords: Corrosion cell, linear polarization, Tafel, corrosion rate, flat samples, salt spray
FLAT.RING
Flat cell O-ring (set of 5)FLAT.TOP
Flat cell PTFE top coverFLAT.VESSEL
Flat cell vesselFRA32M.MAC.204.S
Electrochemical Impedance Spectroscopy ModuleThe FRA32M provides the means to perform impedance and electrochemical impedance measurements in combination with the Autolab. This module allows one to perform both potentiostatic and galvanostatic impedance measurements over a wide frequency range of 10 µHz to 32 MHz (limited to 1 MHz in combination with the Autolab PGSTAT). In addition to the classical EIS, the NOVA software also allows the users to modulate other outside signals such as rotation speed of a rotating disk electrode or the frequency of a light source to perform Electro-hydrodynamic or Photo-modulated impedance spectroscopy.The FRA32M module comes with a powerful fit and simulation software for the analysis of impedance data.
FRA32M.S
Electrochemical impedance spectroscopy moduleThe FRA32M provides the means to perform impedance and electrochemical impedance measurements in combination with the Autolab. This module allows one to perform both potentiostatic and galvanostatic impedance measurements over a wide frequency range of 10 µHz to 32 MHz (limited to 1 MHz in combination with the Autolab PGSTAT). In addition to the classical EIS, the NOVA software also allows the users to modulate other outside signals such as rotation speed of a rotating disk electrode or the frequency of a light source to perform Electro-hydrodynamic or Photo-modulated impedance spectroscopy.The FRA32M module comes with a powerful fit and simulation software for the analysis of impedance data.
GAS.INLET.FRIT
RRDE cell gas purgeTwo way gas purge tube for the Autolab RRDE and 1L Corrosion Cell.
IME303
Interface for PAR303/303AThis product is no longer available to purchase, but it is under warranty. Should you have a service requirement please contact your Metrohm distributor.The IME303 is used to control the PAR303 mercury electrode for electroanalytical measurement.
IME663.101.S
Interface for Metrohm 663 VA StandInterface for Metrohm 663 VA Stand
IME663.S
Interface for Metrohm 663 VA StandInterface for Metrohm 663 VA Stand.
LOAD.INT.S
Dynamic load interfaceThe Electronic load interface is a generic interface that can be used to control third party electronic loads or power supplies, in order to perform electrochemical measurements at very high power. With a programmable electronic load, the Autolab is able to sink very high currents, up to the limit of the electronic load. With a programmable power supply, the Autolab is able to source very high currents, up to the limit of the power supply.
MBA.S
Dual mode bipotentiostat moduleThe MBA.S is an additional bipotentiostat module which can be installed into a MultiBA (MBA) Autolab potentiostat/galvanostat adding an additional working electrode to the MBA instrument. A maximum of 5 MBA.S modules together with one FRA32M.S module can be installed in one MBA instrument.
MUX.MAC.204.S
Multiplexer moduleThe MUX module series allows you to perform electrochemical experiments on multiple cells or multiple working electrodes, sequentially. The cell to perform measurement on can be selected either manually or automatically using the sequencing option of NOVA. Metrohm Autolab offers two types of MUX modules.• MUX.MULTI4 - Used to multiplex all four connections from the Autolab. This allows sequential measurements on complete electrochemical cells, up to 64 cells with increments of 4.• MUX.SCNR16 - Used to multiplex the working electrode connection of the Autolab. This allows sequential measurements on cells that share the same counter, reference and sense electrode but different working electrode, up to 255 different working electrodes with increments of 16.• MUX.SCNR8 - Used to multiplex the reference and sense electrode connections of the Autolab. This allows sequential voltage sensing across different electrochemical cells, up to 128 cells with increments of 8.
MUX.MULTI4.S or MUX.SCNR16.S or MUX.SCNR8.S
Multiplexer moduleThe MUX module series allows you to perform electrochemical experiments on multiple cells or multiple working electrodes, sequentially. The cell to perform measurement on can be selected either manually or automatically using the sequencing option of NOVA. Metrohm Autolab offers two types of MUX modules.MUX.MULTI4 - Used to multiplex all four connections from the Autolab. This allows sequential measurements on complete electrochemical cells, up to 64 cells with increments of 4.; MUX.SCNR16 - Used to multiplex the working electrode connection of the Autolab. This allows sequential measurements on cells that share the same counter, reference and sense electrode but different working electrode, up to 255 different working electrodes with increments of 16.; MUX.SCNR8 - Used to multiplex the reference and sense electrode connections of the Autolab. This allows sequential voltage sensing across different electrochemical cells, up to 128 cells with increments of 8.;
MUX.S
Multiplexer moduleThe MUX module series allows you to perform electrochemical experiments on multiple cells or multiple working electrodes, sequentially. The cell to perform measurement on can be selected either manually or automatically using the sequencing option of NOVA. Metrohm Autolab offers two types of MUX modules.MUX.MULTI4 - Used to multiplex all four connections from the Autolab. This allows sequential measurements on complete electrochemical cells, up to 64 cells with increments of 4.; MUX.SCNR16 - Used to multiplex the working electrode connection of the Autolab. This allows sequential measurements on cells that share the same counter, reference and sense electrode but different working electrode, up to 255 different working electrodes with increments of 16.; MUX.SCNR8 - Used to multiplex the reference and sense electrode connections of the Autolab. This allows sequential voltage sensing across different electrochemical cells, up to 128 cells with increments of 8.;
NOVA.x
NOVA installation USB stickNOVA installation USB stick, including NOVA license.
pX1000.LEMO.BAN
pX1000 V+/V- cablesDifferential input cables for the pX1000 module. Two cables are provided, V+ and V-.
pX1000.LEMO.CVR
pX1000 input coverCover for unused inputs of the pX1000 module.
pX1000.MAC.204.S
Voltage and pH measurement moduleThe pX1000 allows the measurements of pH or pX values during electrochemical experiments. This module also provides an additional Pt1000 input which allows recording of the temperature during the experiments, either through a Pt1000 sensor or through a combined pH/Pt1000 sensor. The temperature measurement allows automatic pH corrections.The pX1000 module can also be used as an additional differential electrometer, with the same specifications as the main Autolab electrometer. The pX1000 module is compatible with the Metrohm pH and temperature sensors. The user can connect any pH, pX or ‘double’ electrode to the pX1000 module. In case an electrode other than a pH electrode is used, the output is given as the voltage difference that is measured between the electrodes making it possible to connect a detection electrode to perform coulometric titration. The pX1000 module also works as an independent pH meter.
pX1000.S
Voltage and pH measurement moduleThe pX1000 allows the measurements of pH or pX values during electrochemical experiments. This module also provides an additional Pt1000 input which allows recording of the temperature during the experiments, either through a Pt1000 sensor or through a combined pH/Pt1000 sensor. The temperature measurement allows automatic pH corrections.The pX1000 module can also be used as an additional differential electrometer, with the same specifications as the main Autolab electrometer. The pX1000 module is compatible with the Metrohm pH and temperature sensors.The user can connect any pH, pX or ‘double’ electrode to the pX1000 module. In case an electrode other than a pH electrode is used, the output is given as the voltage difference that is measured between the electrodes making it possible to connect a detection electrode to perform coulometric titration. The pX1000 module also works as an independent pH meter.
RCE.EL
RCE.ELRotating cylinder electrode for 12 mm OD cylinders. Cylinder insert in NOT included. Available cylinder materials: carbon steel 1018 (RCE.CYL.CS1018) and stainless steel 304 (RCE.CYL.SS304)
RHD.CAP.GC3
Cap with exchangeable electrode Electrode Tips (ET)Exchangeable electrode pressed in PEEK made of various materials with diverging diameters and lengths.
RHD.CLEAN.KIT
Cleaning and Polishing KitThe cleaning and polishing kit contains all tools required to perfectly clean the measuring cells of sample residue, and to polish especially the platinum crucibles to mirror-like finish. The kit contains a multifunctional rotary tool.
RHD.HCBAS.CLOSED.S
Autolab Microcell HC Basic Package closedAutolab Microcell HC Basic Package closed features a temperature-controlled cell stand as the basis for all rhd instruments measuring cells.The cell stand contains the peltier element for active heating and cooling of the measuring cell. It allows the hassle-free establishment of the cell connections to the potentiostat.This package includes:1 Cell holder Autolab Microcell HC; 1 temperature controller 3216; 1 Heat conducting compound; 1 Serial connection kit; 1 Adapter box BNC - banana; All required connection cables and tools; Measuring cells sold separately.
RHD.TSC1600.CLOSED
Measuring Cell TSC 1600 ClosedThe TSC 1600 Closed is an closed measuring cell intended for investigating liquid electrolytes. This measuring cell has a 1.6 mL platinum crucible as sample container. For smaller sample volume, please use the TSC 70 Closed cell. This cell is airtight and thus shielded against the atmosphere and can be used with moisture-sensitive samples.
RHD.TSCBATT.ADVANCED
Measuring Cell TSC Battery ExpandedThe TSC Battery Expanded is a closed measuring cell intended for assembling half or full battery or supercap cells with e.g. active materials and separators. It is also suitable for investigating solid or gel-like samples in contact with metal electrodes in a plat/plate geometry. You have flexibility with cell configuration either two or three electrode measurements can be performed by inserting a microreference electrode from the side. The standard variant contains flat metal electrodes. For current collectors designed for using elemental lithium as electrode material please refer to the extended variant.
RHD.TSCSPECTRO
Measuring Cell TSC SpectroThe TSC Spectro cell is a closed measuring cell intended for performing spectro-electrochemistry experiments. It comes with a platinum gauze electrode located at the focal point of the sensing light beam entering through adjustable side windows. Both two and three electrode measurements can be performed by inserting a microreference electrode from the side. This cell is airtight and thus shielded against atmosphere and can be used with moisture-sensitive samples.Cell Materials in contact with sample: PEEK, Platinum, Glassy Carbon, EPDM, FFKM
RRDE.CAP
RRDE cell lidTeflon lid with seven conical fittings for the Autolab RRDE Cell.
RRDE.CELL.CPL.S
Autolab Electrocatalysis RRDE cellThe Autolab RRDE cell is a complete electrochemical cell designed for experiments under forced convection with the Autolab RRDE (or Autolab RDE2). The kit consists of a glass vessel with a volume of 300 mL, fitted with a thermostatic jacket for temperature control.All the parts that can come in contact with the solution can be cleaned in aggressive conditions, making the cell suitable for typical electrocatalysis experiments or sensitive interfacial electrochemistry measurements.
RRDE.CLAMP
RRDE cell clampMetal cell stand holder for the Autolab RRDE Cell.
RRDE.HOSE.CONN
RRDE cell hose connectorSet of adapters for connecting an external waterbath to the Autolab RRDE Cell for temperature control.
RRDE.ORING.SIL
RRDE cell sealTeflon-coating o-ring for the Autolab RRDE Cell.
RRDE.RING.NYLON
RRDE cell clamping ringHolding ring for the Autolab RRDE Cell.
RRDE.STOPPER
RRDE cell glass stopperSet of glass stoppers for the Autolab RRDE Cell.
RRDE.THERM.ADAPT
RRDE cell thermometer adapterThermometer adapter for the Autolab RRDE Cell.
RRDE.VESSEL
RRDE cell vesselGlass vessel of the Autolab RRDE Cell.
SCAN250.S
True linear scan generator moduleWhen the processes exhibit very fast transient behavior, such as hydrogen adsorption, digital sweep can lead to loss of information regarding the adsorption process. The SCAN250 module, which has the capability of applying a true analog sweep to the sample, was specially designed to overcome this problem. The true linear scan rate range is from 10 mV/s to 250 kV/s. The SCAN250 module in combination with ADC10M is a very powerful tool for studying fast transients.
VOLT.MULT.S
Voltage MultplierThe voltage multiplier is an extension that can be placed in series with the differential amplifier of the Autolab to extend the measurable voltage range to a maximum of 100 V. This can be used to perform electrochemical measurements on battery and fuel cell stacks.
- 8.840.30098.840.3009Certificate: FDA 21 CFR Part 11 Compliance for PC Control 6.0
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The 846 Dosing Interface and the 800 Dosino turn the basic liquid handling operations into child's play. The 846 Dosing Interface is a control unit for up to four dosing elements. It can be used to expand existing Metrohm systems but also deals, as an independent system, with any liquid handling task occurring in the laboratory.
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- 8.850.80048.850.8004Manual for 850 Professional IC, 2.850.2010 - Anion
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- 8.889.80028.889.8002Health and Safety Form 889 IC Sample Center
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- 8.889.80038.889.8003Leaflet on 889 IC Sample Center, English/German
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Andre sprog
- 8.890.30018.890.3001Declaration of conformity 890 Titrando
EU declaration of conformity / UK declaration of conformity 890 Titrando
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Andre sprog
- 8.890.50028.890.5002Brochure: 890 Titrando
With the 890 Titrando for Karl Fischer titration, Metrohm is opening up an attractive introduction into the world of Titrando for price-conscious customers. The instrument was designed for routine analysis in the titration laboratory and is addressed to all with limited budgets who expect a maximum in operating convenience, data management, automation and the traceability of analysis results.
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- 8.891.30038.891.3003EU declaration of Conformity for 891 Analog Out
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Andre sprog
- 8.892.30018.892.3001EU declaration of conformity for 892 Professional Rancimat
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Andre sprog
- 8.893.30018.893.3001EU declaration of conformity for 893 Professional Biodiesel Rancimat
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Andre sprog
- 8.893.80028.893.8002Release Notes for 5.893.0012 for 892 Professional Rancimat, 893 Professional Biodiesel Rancimat and 895 Professional PVC Thermomat
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- 8.893.80048.893.8004Release Notes for Rancimat 5.893.0014
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- 8.893.80058.893.8005Release Notes Rancimat 5.893.0015
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- 8.893.80068.893.8006Release Notes Rancimat 5.893.0017
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Andre sprog
- 8.894.30018.894.3001EU declaration of conformity for 894 Professional CVS
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Andre sprog
- 8.895.30018.895.3001EU declaration of conformity for 895 Professional PVC Thermomat
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Andre sprog
- 8.896.30018.896.3001Declaration of conformity for 896 Professional Detector
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- 8.898.30038.898.3003EU declaration of conformity 898 XYZ Sample Changer
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Andre sprog
- 8.899.30018.899.3001EU declaration of conformity: 899 Coulometer
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Andre sprog
- 8.900.30028.900.3002Declaration of conformity for 900 Touch Control Software (5.900.0010)
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- 8.900.30068.900.3006GAMP Certificate categorization for 900 Touch Control
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Andre sprog
- 8.900.30088.900.3008Declaration of conformity 900 Touch Control
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Andre sprog
- 8.900.30098.900.3009FDA Certificate for 5.900.0020 900 Touch Control
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Andre sprog
- 8.900.30108.900.3010FDA Certificate for 5.900.0030 900 Touch Control
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Andre sprog
- 8.900.30118.900.3011FDA Certificate for the 5.900.0031 900 Touch Control
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Andre sprog
- 8.900.30128.900.3012FDA Certificate for the 5.900.0032 900 Touch Control
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Andre sprog
- 8.900.30138.900.3013FDA Certificate for the 5.900.0040 900 Touch Control
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- 8.900.30148.900.3014FDA Certificate 900 Touch Control 5.900.0041
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- 8.900.30158.900.3015GAMP Certificate 900 Touch Control 5.900.0042
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- 8.900.30168.900.3016FDA Certificate 900 Touch Control 5.900.0042
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- 8.900.30178.900.3017FDA Certificate 900 Touch Control 5.900.0043
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- 8.900.30188.900.3018GAMP Certificate 900 Touch Control 5.900.0043
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- 8.900.30198.900.3019FDA Certificate 900 Touch Control 5.900.0044
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- 8.900.30208.900.3020GAMP Certificate P 900 Touch Control 5.900.0044
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- 8.900.30218.900.3021FDA Certificate 900 Touch Control 5.900.0045
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- 8.900.30228.900.3022GAMP-Certificate 900 Touch Control 5.900.0045, EN
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- 8.900.40038.900.4003System Assessment Report for 5.900.0020 900 Touch Control
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Andre sprog
- 8.900.40048.900.4004System Assessment Report for 5.900.0030 900 Touch Control
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Andre sprog
- 8.900.40058.900.4005System Assessment Report for the 5.900.0031 900 Touch Control
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Andre sprog
- 8.900.40068.900.4006System Assessment Report for the 900 5.900.0032 Touch Control
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Andre sprog
- 8.900.40078.900.4007Touch Control Compliance Guide
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- 8.900.40088.900.4008System Assessment Report for the 5.900.0040 900 Touch Control
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- 8.900.40098.900.4009System Assessment Report 900 Touch Control 5.900.0041
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- 8.900.40108.900.4010System Assessment Report 900 Touch Control 5.900.0042
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- 8.900.40118.900.4011System Assessment Report 900 Touch Control 5.900.0043
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- 8.900.40128.900.4012System Assessment Report 900 Touch Control 5.900.0044
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- 8.900.40138.900.4013System Assessment Report 900 Touch Control 5.900.0045, EN
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- 8.900.80048.900.8004Release Notes 900 Touch Control 5.900.0010
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- 8.900.80098.900.8009Release Notes 900 TC 5.900.0011
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- 8.900.80108.900.8010Tutorial for 900 Touch Control
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Andre sprog
- 8.900.80128.900.8012Release Notes 900 Touch Control 5.900.1011ML, 915 KF Ti-Touch 5.915.1010ML, 916 Ti-Touch 5.916.1010ML
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Andre sprog
- 8.900.80148.900.8014Release Notes for 900 Touch Control 5.900.2011ML, 915 KF Ti-Touch 5.915.2010ML, 916 Ti-Touch 5.916.2010ML
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Andre sprog
- 8.900.80168.900.8016Release Notes for 5.9xx.0020 Touch
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Andre sprog
- 8.900.80178.900.8017Release Notes for 5.9xx.0030 Touch
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- 8.900.80198.900.8019Release Notes for Touch Control 5.9xx.0031
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Andre sprog
- 8.900.80208.900.8020Release Notes for Touch 5.9xx.0031-1
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Andre sprog
- 8.900.80218.900.8021Release Notes for Touch 5.9xx.0032
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Andre sprog
- 8.900.80228.900.8022GAMP Certificate categorization for 900 Touch Control
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- 8.900.80238.900.8023Release Notes for 900 Touch Control, 5.900.0040
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- 8.900.80248.900.8024Release Notes 900 Touch Control 5.900.0041
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- 8.900.80258.900.8025GAMP Certificate Categorisation 900 Touch Control 5.900.0041
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- 8.900.80268.900.8026Release Notes for Audit Trail Viewer 1.2.1
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- 8.900.80288.900.8028Release Notes 900 Touch Control 5.900.0042
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Andre sprog
- 8.900.80298.900.8029Release Notes Audit Trail Viewer 1.2.2
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- 8.900.80308.900.8030Release Notes 900 Touch Control 5.900.0043
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- 8.900.80318.900.8031Release Notes 900 Touch Control 5.900.0044
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- 8.900.80328.900.8032Release Notes 900 Touch Control 5.900.0045
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- 8.901.30018.901.3001Declaration of conformity 901 Titrando
EU declaration of conformity / UK declaration of conformity 901 Titrando
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Andre sprog
- 8.902.30018.902.3001Declaration of conformity 902 Titrando
EU declaration of conformity / UK declaration of conformity 902 Titrando
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Andre sprog
- 8.904.30018.904.3001Declaration of conformity 904 Titrando
EU declaration of conformity / UK declaration of conformity 904 Titrando
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Andre sprog
- 8.905.30018.905.3001Declaration of conformity 905 Titrando
EU declaration of conformity / UK declaration of conformity 905 Titrando
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Andre sprog
- 8.906.30018.906.3001Declaration of conformity 906 Titrando
EU declaration of conformity / UK declaration of conformity 906 Titrando
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Andre sprog
- 8.907.30018.907.3001Declaration of conformity 907 Titrando
EU declaration of conformity / UK declaration of conformity 907 Titrando
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Andre sprog
- 8.909.30038.909.3003EU declaration of Conformity for 909 UV Digester
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- 8.912.30058.912.3005EU declaration of Conformity for 912 Conductometer
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Andre sprog
- 8.912.80028.912.8002Release Notes for 912 Conductometer | 913 pH Meter | 914 pH/Conductometer - 591xx012
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Andre sprog
- 8.912.80058.912.8005Release Notes for 912 Conductometer | 913 pH Meter | 914 pH/Conductometer - 591xx013
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- 8.912.80068.912.8006Release Notes 91x pH-Conductometer 5.91x.0014
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Andre sprog
- 8.912.80078.912.8007Release Notes 91x pH-Conductometer 5.91x.0020, DE
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Andre sprog
- 8.913.30058.913.3005EU declaration of conformity for 913 pH Meter
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Andre sprog
- 8.913.30068.913.3006EU declaration of conformity 913 pH/DO Meter
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Andre sprog
- 8.914.30058.914.3005EU declaration of Conformity for 914 pH/Conductometer
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Andre sprog
- 8.914.30068.914.3006EU declaration of Conformity for 914 pH/DO/Conductometer
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Andre sprog
- 8.915.30048.915.3004Declaration of conformity for 915 KF Ti-Touch
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Andre sprog
- 8.915.30078.915.3007FDA Certificate for the 5.915.0040 915 KF Ti-Touch
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- 8.915.30108.915.3010FDA Certificate 915 KF Ti-Touch 5.915.0041
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- 8.915.30118.915.3011GAMP Certificate 915 KF Ti-Touch 5.915.0042
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- 8.915.30128.915.3012FDA Certificate 915 KF Ti-Touch 5.915.0042
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- 8.915.30148.915.3014GAMP-Zertifikat 915 KF Ti-Touch 5.915.0043
- 8.915.30148.915.3014GAMP Certificate 915 KF Ti-Touch 5.915.0043
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- 8.915.30158.915.3015FDA Certificate 915 KF Ti-Touch 5.915.0043
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- 8.915.30168.915.3016GAMP Certificate 915 KF Ti-Touch 5.915.0044
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- 8.915.30178.915.3017FDA Certificate 915 KF Ti-Touch 5.915.0044
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- 8.915.30188.915.3018GAMP Certificate 915 KF Ti-Touch 5.915.0045, EN
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- 8.915.30198.915.3019FDA Certificate 915 KF Ti-Touch 5.915.0045
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- 8.915.40018.915.4001System Assessment Report for the 915 5.915.0040 KF Ti-Touch
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- 8.915.40028.915.4002System Assessment Report 915 KF Ti-Touch 5.915.0041
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- 8.915.40038.915.4003System Assessment Report 915 KF Ti-Touch 5.915.0042
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- 8.915.40048.915.4004SysAssRep 915 KF Ti-Touch 5.915.0043
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- 8.915.40058.915.4005System Assessment Report 915 KF Ti-Touch 5.915.0044
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- 8.915.40068.915.4006System Assessment Report 915 KF Ti-Touch 5.915.0045, EN
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- 8.915.80028.915.8002Tutorial for 915 KF Ti-Touch
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Andre sprog
- 8.915.80068.915.8006GAMP Certificate categorization for 915 KF Ti-Touch
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