Carbon Screen Printing Electrode

Name: Carbon Screen Printing Electrode
Brand: WEE SCIENTIFICS
Price: 500.0 INR
Availability: InStock

Price 500.0 INR/ Piece

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MOQ : 2 Pieces

Carbon Screen Printing Electrode Specification

Accuracy
1% (Typical Signal Reproducibility)

Control Type
Manual

Shape
Rectangular

Features
Pre-fabricated, Disposable, Easy-to-handle, Ready-to-use

Temperature Resistance
Up to 80C

Type
Carbon Screen Printing Electrode, Carbon Screen Printing Electrode

Dimension (L*W*H)
33 mm x 10 mm x 0.5 mm (approx)

Equipment Type
Sensor Electrode

Equipment Materials
Plastic + Carbon Ink

Voltage
1-3 V (Recommended Working Range)

Material
Carbon Composite

Application
Electrochemical Analysis, Biosensors, Diagnostics

Shelf Life
Up to 12 months (unopened, optimal conditions)

Thickness
~0.5 mm

Color
Black (carbon)/silver traces

Working Electrode Diameter
3 mm (approx)

Number of Electrodes per Strip
1

Counter Electrode
Carbon ink

Substrate Material
PET (polyethylene terephthalate)

Reference Electrode
Silver/Silver Chloride (Ag/AgCl), printed

Connector Width
2.5 mm

Working Electrode Material
Carbon ink

Storage Conditions
Store in a cool, dry place

Carbon Screen Printing Electrode Trade Information

Minimum Order Quantity
2 Pieces

Delivery Time
7 Days

About Carbon Screen Printing Electrode

Screen Printed Electrodes (SPEs) are compact electrochemical sensing devices fabricated by printing conductive inks onto flat substrates such as ceramic, plastic, or flexible polymers using a screen-printing process. They are widely used in biosensors, environmental monitoring, medical diagnostics, and electrochemical research

Advanced Electrochemical Sensing

Engineered for reliability and accuracy, this screen-printed carbon electrode is tailored for quantitative electrochemical analysis in research, diagnostics, and biosensing. Its high-quality carbon composite and PET substrate ensure consistent performance, while disposable design simplifies workflow and reduces contamination risk.

Precision and Ease of Use

With a 3 mm working electrode and clear demarcated reference and counter electrodes, the sensor offers precise measurements and manual control. The rectangular shape, easy handling, and plug-and-use features enable rapid workflow in laboratory and on-field applications.

Durability and Optimal Storage

Designed with robust materials, the electrode withstands temperatures up to 80C. To maximize shelf life and performance, store unopened electrodes in a cool, dry environment. Each single-use strip ensures freshness and maintains signal integrity.

FAQ's of Carbon Screen Printing Electrode:

Q: How is the Carbon Screen Printing Electrode used in electrochemical analysis?

A: This electrode is connected via its 2.5 mm wide connector to compatible instrumentation. Once attached, the sensor's carbon working, reference (Ag/AgCl), and counter electrodes facilitate electrochemical reactions for applications such as diagnostics or biosensor measurements.

Q: What are the recommended storage conditions and shelf life for these electrodes?

A: Store the electrodes in a cool, dry location, and keep them unopened in their original packaging. Under these conditions, they maintain optimal performance for up to 12 months.

Q: When should a new Carbon Screen Printing Electrode be used?

A: As these electrodes are single-use and disposable, a new sensor should be used for each independent analysis to prevent cross-contamination and ensure signal accuracy.

Q: Where can these electrodes be applied in research or diagnostics?

A: They are suitable for a range of settings, including laboratories, research centers, and diagnostic facilities, serving in biosensing, electrochemical studies, and point-of-care testing.

Q: What benefits does the pre-fabricated design offer users?

A: The pre-fabricated, disposable format ensures consistency, reduces preparation time, and limits contamination risks, providing convenience for routine and high-throughput measurements.

Q: How durable are these electrodes during operation?

A: Constructed with PET and carbon composite, the electrodes resist chemical degradation and can operate in environments up to 80C, maintaining signal reproducibility within 1% variation.

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