Hg/Hgo Reference Electrode Tef-lon Body

Name: Hg/Hgo Reference Electrode Tef-lon Body
Brand: WEE SCIENTIFICS
Price: 3500.0 INR
Availability: InStock

Price 3500.0 INR/ Unit

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MOQ : 1 Unit

Hg/Hgo Reference Electrode Tef-lon Body Specification

Glass Type
Borosilicate Glass (Inner Tube)

Temperature Resistance
up to 60C

Control Type
Manual (for filling/maintenance)

Accuracy
High Electrode Potential Stability

Shape
Cylindrical

Features
Non-reactive PTFE construction, Leak-proof design, Refillable electrolyte, Corrosion resistance

Type
Hg/HgO Reference Electrode, Hg/Hgo Reference Electrode

Dimension (L*W*H)
150 mm 8 mm (Length Outer Diameter)

Equipment Type
Analytical Instrument / Reference Electrode

Equipment Materials
Teflon Body, Glass Inner Tube

Voltage
Standard Electrode Potential (approx. +0.098V vs SHE in 1M KOH)

Material
Teflon (PTFE), Glass, Mercury, Electrolyte Solution

Application
Electrochemical Measurements, Reference Electrode in Laboratory Experiments

Mercury Content
Approx. 1 gram

Compatibility
Suitable for Standard Laboratory Cells

Connector Type
2 mm Pin or Suitable Terminal

Storage Recommendations
Store Upright, Away from Direct Sunlight

Safety Warning
Handle Mercury with Appropriate Precaution

Length of Immersion
Approx. 50-150 mm (Adjustable)

Electrolyte
Saturated KCl Solution or Custom Electrolyte

Junction Type
Porous Frit (Salt Bridge Junction)

Refillable
Yes (Top Refillable Port)

About Hg/Hgo Reference Electrode Tef-lon Body

A Hg/HgO Reference Electrode (Mercury/Mercury Oxide Electrode) is a commonly used reference electrode in electrochemical experiments, especially in alkaline solutions.

It provides a stable and reproducible reference potential against which the potential of a working electrode can be measured.

The electrode consists of:

Mercury (Hg)
Mercury oxide (HgO)
Alkaline electrolyte such as KOH or NaOH

Superior Construction for Laboratory Excellence

Designed with a non-reactive PTFE outer casing and borosilicate glass inner tube, this electrode stands out for its durability, leak-proof design, and chemical resistance. Its refillable electrolyte system and corrosion-resistant materials ensure performance longevity, supporting repeated use and consistent results in standard laboratory cells.

Flexible Application and Easy Maintenance

The electrode's adjustable immersion length and compatibility with various terminals make it suitable for diverse laboratory setups. The top refillable port allows convenient maintenance and easy electrolyte replacement, enabling optimal potential stability during electrochemical measurements.

FAQ's of Hg/Hgo Reference Electrode Tef-lon Body:

Q: How should the Hg/HgO reference electrode be stored to maintain its performance?

A: Store the electrode upright in a cool location, away from direct sunlight or heat sources. This helps preserve electrolyte stability and prevents mercury contamination or evaporation.

Q: What is the primary use of this Hg/HgO reference electrode in laboratory experiments?

A: It serves as a stable reference electrode in electrochemical measurements, offering high electrode potential stability and accurate reference values crucial for analytical work in standard laboratory cells.

Q: What safety precautions are necessary when handling the electrode?

A: Wear appropriate personal protective equipment such as gloves and safety glasses. Since mercury is present, handle with care to prevent spills or exposure, and observe all laboratory safety protocols during use and maintenance.

Q: How and when should the electrolyte be refilled or replaced?

A: Refill or replace the electrolyte via the top refillable port whenever its level drops visibly or the electrode's performance becomes inconsistent. Use saturated KCl solution or a custom electrolyte compatible with your application.

Q: What benefits does the PTFE (Teflon) body offer compared to other materials?

A: PTFE construction provides exceptional chemical inertness, ensuring corrosion resistance and preventing contamination or reactions with most laboratory chemicals. This enhances durability and long-term accuracy.

Q: Where is this reference electrode typically used?

A: It is widely used in research labs, quality control environments, and educational institutions for accurate voltage reference during electrochemical analysis and laboratory experiments.

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