|
Determination of zinc by bi-amperometric titration with potassium hexacyanoferrate(II) |
|
Determination of nickel by potentiometric titration |
|
Routine determination of copper in brass, bronze, German silver and in electroplating baths |
|
Biamperometric titration method for the determination of antimony in lead |
|
Coatings on silver electrodes |
|
Potentiometric titration of chloride and bromide in the presence
of each other |
|
Photometric determination of chromium(VI) |
|
Determination of the total, calcium and magnesium hardness of
water samples by photometric titration |
|
Polarographic analysis – half-wave potentials of inorganic substances |
|
Determining the pH value of paper |
|
Colorimetric determination of boron |
|
Colorimetric determination of silicic acid |
|
Potentiometric determination of cyanide |
|
Checking the condition of platinum and gold electrodes used
for redox potential measurements |
|
Colorimetric determination of copper |
|
Determination of lead in petroleum products by stripping voltammetry |
|
Determination of ammonium or Kjeldahl nitrogen |
|
Polarographic determination of nicotine |
|
Polarographic determination of fructose |
|
Potentiometric determination of silver |
|
Determination of silicon, calcium, magnesium, iron and aluminum
in cements by photometric titration of the solubilized product |
|
Platinization of platinum electrodes and conductivity measuring
cells |
|
Potentiometric determination of boric acid |
|
Potentiometric determination of carboxyl and amino terminal groups in polyamide fibers |
|
Titrimetric methods for the chemical analysis of pasta |
|
Polarographic determination of nitrate in water samples, soil
and plant extracts, vegetable juices, meat and sausages, fertilizers,
liquid manure, etc. |
|
Determining the pH value and redox potential in soil samples |
|
Potentiometric determination of mercury or silver in the presence of halides |
|
Polarographic analysis – half-wave potentials of organic substances |
|
Polarographic and stripping voltammetric analysis methods for
thallium, antimony, bismuth and iron (copper, vanadium) |
|
Polarographic determination of nitrilotriacetic acid (NTA) and
ethylenediaminetetraacetic acid (EDTA) according to DIN 38413
part 5 |
|
Determination of the acid and base number in petroleum products |
|
Determination of fluoride with the ion-selective electrode |
|
Determination of sodium with the ion-selective electrode |
|
Titrimetric analysis of vinegar |
|
Analysis of jams, fruit and vegetable juices and their concentrates |
|
Measuring the pH value of dairy products |
|
Potentiometric analysis of anodizing baths |
|
Potentiometric analysis of tin plating baths |
|
Potentiometric analysis of brass and bronze plating baths |
|
Potentiometric analysis of lead plating baths |
|
Potentiometric analysis of cadmium plating baths |
|
Determination of mercury by stripping voltammetry |
|
Voltammetric determination of tocopherols (vitamin E) in edible
oils and fats |
|
Determination of ascorbic acid (vitamin C) and its compounds |
|
Biamperometric determination of potassium and/or ammonium |
|
Complexometric titrations with the Cu ISE |
|
Conductometry |
|
Determination of lead and cadmium released from crockery and
glassware |
|
Karl Fischer water determination with the Karl Fischer Oven |
|
Polarographic determination of free cyanide |
|
Quantitative determination of metals precipitated by potassium
hexacyanoferrate(II) in wine («décassage» of wine) |
|
Determination of lead, cadmium and copper in foodstuffs, waste
water and sewage sludge by anodic stripping voltammetry after
digestion |
|
Polarographic determination of five metals (copper, cobalt,
nickel, zinc and iron) in a single operation |
|
Polarographic/voltammetric determination of chromium in small
quantities |
|
Determination of selenium by stripping voltammetry |
|
Potentiometric determination of trace bromide and iodide in
chlorides |
|
Voltammetric determination of iron and manganese in water samples |
|
Simultaneous determination of calcium and magnesium in water
samples and beverages and the different types of water hardness
by complexometric titration with potentiometric indication |
|
Polarographic determination of quinine |
|
Polarographic determination of nitrite in water samples, meat
and sausages |
|
Potentiometric determination of orthophosphates, metaphosphates
and polyphosphates |
|
Chloride titrations with potentiometric indication |
|
Voltammetric determination of aluminum |
|
Polarographic determination of molybdenum in strongly ferruginous
materials |
|
Determination of ammonium with the ion-selective electrode |
|
Potentiometric determination of hydrogen sulfide, carbonyl sulfide
and mercaptans in petroleum products |
|
Polarographic determination of styrene in polystyrene and copolymers |
|
Karl Fischer water determination with the KF Coulometer |
|
Simple wine analysis |
|
Titrimetric determination of sulfate |
|
Analysis of edible fats and oils |
|
Karl Fischer water determination in gases
|
|
Potentiometric determination of nitrilotriacetic acid (NTA)
and/or ethylenediaminetetraacetic acid (EDTA) in washing agents |
|
Determination of low water contents in plastics using the KF
oven method |
|
Direct polarographic determination of trace amounts of molybdenum
in water |
|
Simultaneous trace determination of seven metals in «electronic
grade» materials using stripping voltammetry |
|
Ion chromatographic determination of chloride, nitrite, nitrate,
phosphate, sulfate and thiocyanate in saliva |
|
Simultaneous determination of lead and tin by anodic stripping
voltammetry |
|
Automatic determination of the bromine index and/or the bromine
number in petroleum products |
|
Polarographic determination of maleic and fumaric acid alone
or in mixtures |
|
Automatic determination of the formol number in fruit and vegetable
juices |
|
Potentiometric titration of aluminum and magnesium in the same
solution |
|
Determination of aluminum in water samples by adsorptive voltammetry |
|
pH measurement technique |
|
Polarographic determination of 4-carboxybenzaldehyde in terephthalic
acid |
|
Simultaneous polarographic determination of cystine and cysteine |
|
Determination of thiourea in the lower ppm and ppb range by
polarography and stripping voltammetry |
|
Titrimetric determination of free boric acid and tetrafluoroboric
acid in nickel plating baths |
|
Polarographic determination of formaldehyde |
|
Polarographic determination of sulfide and sulfite |
|
Determination of the acid number, hydroxyl number and isocyanates
in raw materials for the fabrication of plastics by automatic
potentiometric titration |
|
Oxidative stability of oils and fats – Rancimat method |
|
Determination of the thermal stability of PVC and related copolymers |
|
Titer determination in potentiometry |
|
Stripping voltammetric determination of silver |
|
Coulometric water determination according to Karl Fischer in insulating oils as well as in hydrocarbons and their derivatives |
|
Sample preparation for ion chromatography |
|
Polarographic determination of nicotinamide |
|
Polarographic determination of folic acid (vitamin B9, vitamin
BC) |
|
Polarographic determination of thiamin (vitamin B1) |
|
Polarographic determination of riboflavin (vitamin B2) |
|
Voltammetric determination of platinum and rhodium in the ultratrace
range |
|
Standard methods in water analysis – use of Metrohm instruments |
|
Polarographic determination of pyridoxine (vitamin B6) |
|
Simple wine analysis with the Titrino |
|
Determination of arsenic by anodic stripping voltammetry at
the rotating gold electrode |
|
Titrimetric/potentiometric determination of non-ionic surfactants
based on polyoxyethylene adducts using the NIO electrode |
|
Voltammetric determination of zinc, cadmium, lead, copper, thallium,
nickel and cobalt in water samples according to DIN 38406 Part
16 |
|
Determination of the antioxidant activity according to the Rancimat
method |
|
Titrimetric/potentiometric determination of anionic and cationic surfactants |
|
Potentiometric titration of calcium (magnesium) in dairy products |
|
Determination of the oxidative stability of cereals, cookies
and biscuits |
|
Determination of cadmium and lead at the «Ultra Trace» graphite
electrode by anodic stripping voltammetry |
|
Determination of tungsten at the «Ultra Trace» graphite electrode
by anodic stripping voltammetry |
|
Determination of chromium at the «Ultra Trace» graphite electrode
by cathodic stripping voltammetry |
|
Polarographic determination of diazepam in body fluids and pharmaceutical
preparations |
|
Polarographic determination of cinchocaine (dibucaine) in pharmaceutical
preparations |
|
Determination of zinc, cadmium, lead and copper by anodic stripping
voltammetry using carbon electrodes |
|
Phenomenex Star Ion A300 IC anion column (6.1005.100) |
|
Titrimetric methods for the determination of betains |
|
Hamilton PRP-X100 IC anion column (6.1005.000) |
|
Voltammetric determination of titanium and uranium |
|
Potentiometric titration of surfactants and pharmaceutical compounds |
|
Titrimetric/potentiometric determination of ionic surfactants
by two-phase titration using the Metrosensor Surfactrodes |
|
Potentiometric two-phase titration of anionic surfactants in
washing powders and liquid washing agents |
|
Automated Karl Fischer water determination with the 774 Oven Sample Processor |
|
Determination of acidic and alkaline solids by non-aqueous titration |
|
Monitoring parameters in a phosphatizing process (pH, conductivity, acidity, alkalinity, fluoride and zinc) |
|
Analysis of Bayer Aluminate Liquors with 859 Titrotherm |
|
Automated sodium determination in various foods with 859 Titrotherm |
|
Comprehensive tap water analysis with TitrIC 1 |
|
Comprehensive tap water analysis with TitrIC 2 |
|
Comprehensive tap water analysis including oxygenated halides with TitrIC 2 |
|
Checking surfactant electrodes |
|
Determination of sulfate in granular phosphate fertilizers with 859 Titrotherm |
|
Determination of sulfate in phosphoric acid (liquid fertilizer samples) with 859 Titrotherm |
|
Iodine adsorption number of carbon black according to ASTM D1510 |
|
Determination of total caustic, total soda and alumina in Bayer process liquors with 859 Titrotherm |
|
Determination of total phosphate in phosphoric acid and phosphate fertilizers with 859 Titrotherm |
|
Determination of free fatty acids (FFA) in edible oils with 859 Titrotherm |
|
Determination of phosphoric acid in liquid fertilizer with 859 Titrotherm |
|
Voltammetric determination of iron |
|
Fully automated potentiometric determination of the hydroxyl number (HN) according to ASTM E 1899-08 and DIN 53240-2 |
|
Determination of TAN in engine oil with 859 Titrotherm |
