Copper Voltameter Manufacturer,Supplier and Exporter in India
Product Code : SCL-EAE-11125
The Copper Voltameter provides a practical method for demonstrating the quantitative effects of electric current in an electrolytic system. During an experiment, direct current passes through a suitable copper-containing electrolyte between copper electrodes, causing copper to dissolve at the anode and deposit at the cathode.
By measuring the change in electrode mass and relating it to current and time, students can investigate Faraday's laws and calculate the electrochemical equivalent of copper. The apparatus complements other electrical and electronics laboratory equipment used for practical studies of current, charge and electrical measurement.
Key Features
Electrolysis demonstration: Shows the transfer and deposition of copper during the passage of direct electric current.
Faraday's law experiments: Supports practical investigation of the relationship between electric charge and deposited mass.
Electrochemical equivalent studies: Enables calculation of the electrochemical equivalent of copper when used with appropriate measuring instruments.
Observable electrode changes: Allows students to compare electrode mass before and after electrolysis.
Quantitative laboratory learning: Connects current, time, electric charge and mass deposition through measurable experimental data.
Suitable for supervised practicals: Relevant to physics, chemistry, electrochemistry and STEM laboratory activities.
Reusable educational apparatus: Suitable for repeated demonstrations when electrodes are correctly cleaned, handled and stored.
Technical Specifications
|
Specification |
Detail |
|
Product Name |
Copper Voltameter |
|
Brand |
Lab Exports |
|
Product Category |
Physics Laboratory Equipment > Electrical and Electronics > Electrolysis and Electrochemical Apparatus |
|
Pack Format |
Single educational electrolysis apparatus |
|
Primary Principle |
Electrolysis and Faraday's laws of electrolysis |
|
Measured Relationship |
Electric charge passed versus mass of copper deposited |
|
Primary Experimental Result |
Determination of the electrochemical equivalent of copper |
Applications / Uses
Verifying Faraday's laws of electrolysis.
Determining the electrochemical equivalent of copper.
Studying electrolytic deposition and electrode reactions.
Relating current and time to total electric charge.
Measuring electrode mass change before and after electrolysis.
Supporting physics, chemistry and electrochemistry practical work.
Complementing other electrolysis laboratory apparatus.
How to Use the Copper Voltameter
Clean and dry the copper electrodes according to the laboratory procedure.
Measure and record the initial mass of the electrode designated for copper deposition.
Add the specified copper-containing electrolyte to the voltameter vessel.
Position the electrodes correctly without allowing unintended contact between them.
Connect the apparatus to a suitable direct-current circuit with the required current-measuring equipment.
Pass current for a measured period while recording current and time.
Switch off the power before disconnecting or removing the electrodes.
Rinse, dry and reweigh the deposition electrode, then calculate the mass gained and analyze the experimental result.
Safety note: Use only under trained teacher or laboratory supervision. Wear suitable eye protection and gloves when handling electrolyte solutions. Avoid skin contact or ingestion, and switch off electrical power before adjusting electrodes or connections.
Care & Maintenance
Clean and dry the apparatus and electrodes after each experiment.
Do not scrape or damage electrode surfaces unless required by the approved experimental procedure.
Prevent electrolyte residue from remaining on terminals, connections or the storage area.
Store electrodes and the apparatus in a clean, dry location protected from impact and contamination.
Why Choose Lab Exports
Lab Exports manufactures and exports scientific laboratory instruments, experiment setups, science kits, mathematics kits, didactic models and STEM equipment. Its range supports practical studies in physics, chemistry, electricity, electronics and electrolysis. Buyers can also explore related laboratory meters required for current and electrical measurements. Product-specific dimensions, electrode configuration, materials and included accessories should be confirmed before procurement.
Frequently Asked Questions
What is a Copper Voltameter used for?
A Copper Voltameter is used to study electrolysis and the relationship between electric charge and the mass of copper deposited at an electrode.
How does a Copper Voltameter work?
Direct current passes through a suitable electrolyte between copper electrodes. Copper is deposited at the cathode, and the resulting mass change can be measured for quantitative analysis.
Can a Copper Voltameter verify Faraday's laws of electrolysis?
Yes. By measuring current, time and deposited copper mass, students can investigate the quantitative relationship described by Faraday's laws of electrolysis.
Can students determine the electrochemical equivalent of copper with this apparatus?
Yes. With suitable current, time and mass measurements, the apparatus can be used to calculate the electrochemical equivalent of copper.
Is a Copper Voltameter suitable for school and college laboratories?
Yes. It is relevant to supervised physics, chemistry and electrochemistry practical work in schools, colleges and universities.
What should buyers confirm before ordering?
Buyers should confirm electrode quantity and dimensions, vessel capacity, construction material, supplied electrolyte, terminals, accessories, instructions and any tender-specific compliance requirements.
Request verified technical specifications for the Copper Voltameter or explore the complete Lab Exports physics laboratory equipment range for institutional science teaching and practical experiments.
Recommended Product Image ALT Text: Copper Voltameter apparatus for demonstrating electrolysis, Faraday's laws and electrochemical equivalent of copper in a laboratory.
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