Electrode Finder

110

Screen-Printed Carbon Electrode (Aux.:C; Ref.:Ag). Suitable for working with microvolumes, for decentralized assays or to develop specific sensors.

6.00350.100

This silver electrode must be used in combination with a reference electrode (c(KNO3) = 1 mol/L as reference electrolyte) and is suitable for precipitation titrations (titrant silver nitrate), e.g. of: chloride, bromide, iodide; sulfides; hydrogen sulfide; mercaptans; cyanides; The permanently fused-in silver ring is resistant to highly concentrated acids and saline solutions.

6.00430.100

Combined silver ring electrode with a pH glass membrane as reference electrode.This maintenance-free electrode is suitable for precipitation titrations when the pH value remains constant (titrant silver nitrate), for example of: chloride, bromide, iodide; sulfides; hydrogen sulfide; mercaptans; cyanides ; This electrode is stored in distilled water.Depending on the application, we recommend using an Ag Titrode with a coating (AgBr, AgCl or Ag2S coating), which can be ordered accordingly.

6.00450.100

Combined silver ring electrode with fixed ground-joint diaphragm.This electrode is suitable for precipitation titrations when the pH value varies (titrant silver nitrate) of, e.g.: Chloride, bromide, iodide; Sulfides; Hydrogen sulfide; Mercaptans; Cyanides; The fixed ground-joint diaphragm is insensitive to contamination and the permanently fused-in silver ring is resistant to more highly concentrated acids and saline solutions.c(KNO3) = 1 mol/L is used as reference electrolyte and storage solution. Depending on the application, we recommend using an Ag ring electrode with a coating (AgBr, AgCl or Ag2S coating), which can be ordered accordingly.

6.00450.300

Intelligent, combined silver ring electrode with integrated memory chip for storing sensor data.This electrode is suitable for precipitation titrations when the pH value varies (titrant silver nitrate) of, e.g.: chloride, bromide, iodide; sulfides; hydrogen sulfide; mercaptans; cyanides; The fixed ground-joint diaphragm is insensitive to contamination and the permanently fused-in silver ring is resistant to more highly concentrated acids and saline solutions.c(KNO3) = 1 mol/L is used as reference electrolyte and storage solution.

C110

Screen-Printed Carbon Electrode (Aux.:C; Ref.:Ag) / Work in Solution. Recommended for working in batch analysis.

150

Screen-Printed Carbon Electrode (Aux.:Pt; Ref.:Ag). Suitable for working with microvolumes, for decentralized assays or to develop specific sensors.

220AT

Screen-Printed Gold Electrode (Aux.:Au; Ref.:Ag) / Ink AT. Suitable for working with microvolumes, for decentralized assays or to develop specific sensors.

220BT

Screen-Printed Gold Electrode (Aux.:Au; Ref.:Ag) / Ink BT. Suitable for working with microvolumes, for decentralized assays or to develop specific sensors.

C220AT

Screen-Printed Gold Electrode (Aux.:Au; Ref.:Ag) / Ink AT / Work in Solution. Recommended for working in batch analysis.

C220BT

Screen-Printed Gold Electrode (Aux.:Au; Ref.:Ag) / Ink BT / Work in Solution. Recommended for working in batch analysis.

C223AT

Screen-Printed Gold Electrode (Aux.:Au; Ref.:Ag) / Ink AT. Working Electrode of 1.6 mm diameter.

C223BT

Screen-Printed Gold Electrode (Aux.:Au; Ref.:Ag) / Ink BT. Working Electrode of 1.6 mm diameter.

250AT

Screen-Printed Gold Electrode (Aux.:Pt; Ref.:Ag) / Ink AT. Suitable for working with microvolumes, for decentralized assays or to develop specific sensors.

250BT

Screen-Printed Gold Electrode (Aux.:Pt; Ref.:Ag) / Ink BT. Suitable for working with microvolumes, for decentralized assays or to develop specific sensors.

410

Screen-Printed Co-phthalocyanine/Carbon Electrode. Ideal for the determination of hydrogen peroxide at a low detection potential. These electrodes are recommended for the development of enzymatic biosensors based on oxidases.

550

Screen-Printed Platinum Electrode (Aux.:Pt; Ref.:Ag). Suitable for working with microvolumes, for decentralized assays or to develop specific sensors.

610

Screen-Printed Meldola's Blue / Carbon Electrode. Ideal for the determination of NADH at a low detection potential. These electrodes are recommended for the development of enzymatic biosensors based on dehydrogenases.

710

Screen-Printed Prussian Blue/Carbon Electrode. Ideal for the determination of hydrogen peroxide at a low detection potential.

F10

Screen-Printed Ferrocyanide/Carbon Electrode. Ideal for the determination of hydrogen peroxide at a low detection potential.

810

Screen-Printed Ruthenium Oxide Electrode. Suitable for working with microvolumes, for decentralized assays or to develop specific sensors.

C013

Screen-Printed Silver Electrode (Aux.:C; Ref.:Ag). Working Electrode of 1.6 mm diameter.

110AGNP

Silver Nanoparticles modified Screen-Printed Carbon Electrode. Designed for the development of (bio) sensors with an enhanced electrochemical active area.

110BI

Bismuth Oxide modified Screen-Printed Carbon Electrode. Ideal for the environmental friendly determination of heavy metals at ppb levels.

110CNF

Carbon Nanofibres modified Screen-Printed Carbon Electrode designed for the development of (bio) sensors with an enhanced electrochemical active area.

110CNF-GNP

Carbon Nanofibres-Gold Nanoparticles modified Screen-Printed Carbon Electrode designed for the development of (bio) sensors with an enhanced electrochemical active area.

110CNT

Multi-Walled Carbon Nanotubes modified Screen-Printed Carbon Electrode designed for the development of (bio) sensors with an enhanced electrochemical active area.

110CNT-GNP

Multi-Walled Carbon Nanotubes-Gold Nanoparticles modified Screen-Printed Carbon Electrode designed for the development of (bio) sensors with an enhanced electrochemical active area.

110CSQD

Core-shell Quantum Dots ZnS/CdSe modified Screen-Printed Carbon Electrode designed for the development of sensors with a different electrochemical active area. Also suitable to perform electrochemiluminescence experiments.

110GNP

Gold Nanoparticles modified Screen-Printed Carbon Electrode designed for the development of (bio) sensors with an enhanced electrochemical active area.

110GNP-STR

Streptavidin modified Gold Nanostructured Screen-Printed Carbon Electrode

110GPH

Graphene modified Screen-Printed Carbon Electrode designed for the development of (bio) sensors with an enhanced electrochemical active area.

110GPH-GNP

Graphene-Gold Nanoparticles modified Screen-Printed Carbon Electrode designed for the development of (bio) sensors with an enhanced electrochemical active area.

110GPHOX

Graphene Oxide modified Screen-Printed Carbon Electrode designed for the development of (bio) sensors with an enhanced electrochemical active area.

110MC

Mesoporous Carbon modified Screen-Printed Carbon Electrode designed for the development of (bio) sensors with an enhanced electrochemical active area.

110NI

Nickel Oxide modified Screen-Printed Carbon Electrode designed for the electrocatalytic oxidation of small organic molecules such as carbohydrates and alcohols.

110OMC

Ordered Mesoporous Carbon modified Screen-Printed Carbon Electrode designed for the development of (bio) sensors with an enhanced electrochemical active area.

110PANI

Polyaniline modified Screen-Printed Carbon Electrode designed for the development of (bio) sensors with an enhanced electrochemical active area.

110QD

Core Quantum Dots CdSe modified Screen-Printed Carbon Electrode designed for the development of sensors with a different electrochemical active area. Also suitable to perform electrochemiluminescence experiments.

110RGPHOX

Reduced Graphene Oxide modified Screen-Printed Carbon Electrode designed for the development of (bio) sensors with an enhanced electrochemical active area.

110STR

Streptavidin modified Screen-Printed Carbon Electrodes provide a stable high affinity surface for a large amount of biotinylated molecules.

110SWCNT

Single-Walled Carbon Nanotubes modified Screen-Printed Carbon Electrode designed for the development of (bio) sensors with an enhanced electrochemical active area.

110XTR

Extravidin modified Screen-Printed Carbon Electrode. ExtrAvidin combines Avidin high specificity with low non-specific adsorption of Streptavidin. These SPCEs are designed for the development of (bio) sensors with an enhanced electrochemical active area.

4W110

4 WEs Screen-Printed Carbon Electrode (1 Aux.: C; 1 Ref.:Ag). Aimed at detecting four signals simultaneously, allowing (differential) measurement of up to four analytes in the solution.

8W110

8 WEs Screen-Printed Carbon Electrode (1 Aux.: C; 1 Ref.:Ag) Aimed at detecting eight signals simultaneously, allowing (differential) measurement of up to eight analytes in the solution.

8X110

8X Screen-Printed Carbon Electrode (Aux.: Carbon; Ref.:Ag) Screen-printed electrochemical array formed by eight 3-electrode electrochemical cells. Specially designed for the development of multiple simultaneous analysis.

8X220

8X Screen-Printed Gold Electrode (Aux.:Au; Ref.:Ag) Screen-printed electrochemical array formed by eight 3-electrode electrochemical cells. Specially designed for the development of multiple simultaneous analysis.

96X110

96X Screen-Printed Carbon Electrode. Formed by 96 three-electrode electrochemical cells. Gold plated contact paths are printed in the backside of the plate