Electrode Finder

96X110CNT

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

96X110CNT-GNP

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

96X110GNP

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

96X110GNP-STR

96X Streptavidin modified Gold Nanostructured modified Screen-Printed Carbon Electrode. Formed by 96 three-electrode electrochemical cells. Gold plated contact paths are printed in the backside of the plate. The Streptavidin modification provides a stable high affinity surface for a large amount of biotinylated molecules.

96X110STR

96X Streptavidin modified Screen-Printed Carbon Electrode. Formed by 96 three-electrode electrochemical cells. Gold plated contact paths are printed in the backside of the plate. Streptavidin provides a stable high affinity surface for a large amount of biotinylated molecules

96X110SWCNT

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

96X110XTR

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

96X220

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

96X550

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

X1110

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

X1110AGNP

Silver Nanoparticles modified Dual Screen-Printed Carbon Electrode

X1110BI

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

X1110CNF

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

X1110CNF-GNP

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

X1110CNT

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

X1110CNT-GNP

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

X1110CSQD

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

X1110GNP

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

X1110GNP-STR

Streptavidin modified Gold Nanostructured Dual Screen-Printed Carbon Electrode. Designed for the development of (bio) sensors with an enhanced electrochemical active area.

X1110GPH

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

X1110GPH-GNP

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

X1110GPHOX

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

X1110MC

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

X1110NI

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

X1110OMC

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

X1110PANI

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

X1110QD

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

X1110RGPHOX

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

X1110STR

Streptavidin modified Dual Screen-Printed Carbon Electrode provides a stable high affinity surface for a large amount of biotinylated molecules.

X1110SWCNT

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

X1110XTR

Extravidin modified Dual 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.

GLU10

Glucose Sensor. Suitable for the determination of Glucose in liquid samples

ITO10

Optically Transparent ITO Screen-Printed Electrode. Specially designed for Spectroelectrochemical applications.

P10

Optically Transparent PEDOT Screen-Printed Electrode. Specially designed for ElectroChemiLuminiscence or Spectroelectrochemical applications.

AUTR10

Optically Transparent Gold Electrode. Specially designed for Spectroelectrochemical applications.

AL10

Thick Film Aluminium Electrode (Aux.:C; Ref.:Ag) / Individually packaged

CR10

Thick Film Chromium Electrode (Aux.:C; Ref.:Ag) / Individually packaged

MO10

Thick Film Molybdenum Electrode (Aux.:C; Ref.:Ag) / Individually packaged

PB10

Thick Film Lead Electrode (Aux.:C; Ref.:Ag) / Individually packaged

SB10

Thick Film Antimony Electrode (Aux.:C; Ref.:Ag) / Individually packaged

SN10

Thick Film Tin Electrode (Aux.:C; Ref.:Ag) / Individually packaged

TA10

Thick Film Tantalum Electrode (Aux.:C; Ref.:Ag) / Individually packaged

W10

Thick Film Tungsten Electrode (Aux.:C; Ref.:Ag) / Individually packaged

PW-AU10

Thick Film Gold Electrode (Aux.:C; Ref.:Ag) / Plastic Substrate

TLFCL110

Thin-Layer Flow-Cell Integrated Screen-Printed Carbon Electrode (Aux.: C; Ref.:Ag)

TLFCL110-CIR

Thin-Layer Flow-Cell Integrated Screen-Printed Circular Carbon Electrode (Aux.:C; Ref.:Ag)

TLFCL110S

Thin-Layer Flow-Cell Integrated Screen-Printed Carbon Electrode 2X1 mm (Aux.:C; Ref.:Ag)

TLFCL1110

Thin-Layer Flow-Cell Integrated Dual Screen-Printed Carbon Electrode (Aux.:C; Ref.:Ag)