Buy Daniel Cell Laboratory Kit in Kenya | Physics & Chemistry
KSh1,350
Key Benefits of This Daniel Cell Kit
- Essential for Kenyan High School Chemistry & Physics
This kit aligns perfectly with the secondary school science curriculum in Kenya. It helps students easily understand abstract textbook concepts such as half-cell reactions, electrolyte functions, and electron flow paths.
- High-Purity Metal Electrodes
Equipped with premium zinc and copper electrodes, the cell ensures a reliable chemical reaction and a consistent baseline EMF of around 1.1V. This minimizes experimental errors during student practicals.
- Durable Porous Clay Pot
The included porous ceramic pot effectively isolates the copper sulfate and zinc sulfate solutions. It allows essential ions to migrate freely to maintain electrical neutrality while preventing the fast contamination of the electrolytes.
- Complete, Ready-to-Assemble Layout
The apparatus is designed for quick assembly and easy cleanup. Its robust parts stand up to repeated disassembly and cleaning during back-to-back laboratory sessions.
Educational Daniel Cell Apparatus for School Laboratories
Introduce your students to the foundational principles of electrochemistry with the classic Daniel Cell. Invented by John Frederic Daniell, this historical electrochemical cell is a staple tool in science education. It provides a visual and practical method for generating a steady direct current (DC) through chemical reactions.
This complete laboratory kit is specially assembled for schools, colleges, and university science departments across Kenya. It is an excellent resource for demonstrating reduction-oxidation (redox) reactions and measuring electromotive force (EMF).
Product specifications
- Product Type: Educational Electrochemical Daniel Cell Kit
- Container Vessel: Heavy-duty, clear plastic or glass outer jar
- Anode Component: High-purity Zinc (Zn) electrode plate/rod
- Cathode Component: High-purity Copper (Cu) electrode plate/vessel
- Internal Barrier: Porous clay pot/separator to prevent solution mixing while allowing ion flow
- Nominal Voltage Output: Approximately 1.1 Volts (under standard laboratory conditions)
- Terminals: Secure screw terminals or crocodile clip attachments for easy multimeter wiring
- EMF Measurement: Using a digital multimeter or voltmeter to determine the cell’s standard electromotive force.
- Redox Reactions Study: Observing active zinc oxidation at the anode and copper reduction at the cathode.
- Internal Resistance Analysis: Investigating how the porous barrier impacts the overall internal resistance of a chemical cell.
Reliable School Laboratory Supplies in Kenya
Equip your science department with premium, curriculum-aligned educational instruments. We package all delicate components securely to ensure safe delivery to your institution. Enjoy reliable, fast shipping across Nairobi, Mombasa, Kisumu, Nakuru, Eldoret, and all counties nationwide.
