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Advanced Microchemistry Kit

1,120.00

Quick Answer: The Advanced Microchemistry Kit is a microscale chemistry kit for senior secondary, higher secondary and college-foundation labs, letting students perform reactions, electrochemistry, gas collection, titration and conductivity experiments using small quantities of chemicals and reusable micro-apparatus.

Description

The Advanced Microchemistry Kit from LabEquip is built for practical chemistry work that goes beyond introductory microscale topics. It supports hands-on experiments in chemical reactions, electrochemistry, gas collection, conductivity testing, titration, equilibrium, acids and bases, catalysts and reaction-rate studies, using microplates, small wells, pipettes and electrodes instead of full-scale glassware.

Because each experiment uses only a small quantity of reagent, the kit reduces chemical consumption and laboratory waste compared with conventional apparatus, while still covering the core techniques students need for board-level and foundation-level practical chemistry. Components are supplied in a labelled storage box or compartment case so a class set can be issued, cleaned and returned quickly between sessions.

Kit Contents & Specifications

Product type Microscale chemistry experiment kit
Experiment topics covered Chemical reactions, equilibrium, titration, acids and bases, redox reactions, gas collection, conductivity, electrochemical cells and electrolysis
Typical components Comboplate or microplate, pipettes, microspatula, forceps, gas-collecting lid, connecting wire, current indicator or LED, copper electrode, zinc electrode, cotton wool, small tubes, syringe and stirring rod
Documentation Student experiment manual and teacher guide, depending on supply configuration
Reusable components Most plastic, metal and accessory components are reusable after proper cleaning
Chemical supply Chemicals may be included or supplied separately depending on institutional requirement and kit version
Storage Storage box or compartment case, depending on configuration

Care & Safety Note

Wear safety goggles, gloves and a lab coat before starting any experiment, and use only the recommended small quantity of reagent for each microplate well. Handle electrodes, wires and gas-collecting accessories according to the manual, dispose of chemical residues according to laboratory safety procedure, and wash, dry and return reusable components to the kit box after use. Store chemicals separately in labelled containers.

Why Choose LabEquip

  • Microscale format reduces chemical consumption and laboratory waste for senior secondary and college-foundation labs.
  • Covers electrochemistry, gas collection, titration and equilibrium in one reusable kit.
  • Pairs well with our Micro Bio-observation Kit and Basic Microelectricity Kit for schools building a full microscale practical programme.
  • Part of our wider LEP Kits range, so institutions can standardise practical science supplies with one supplier.

Frequently Asked Questions

What experiments can be performed with the Advanced Microchemistry Kit?
Students can study chemical reactions, equilibrium, titration, acids and bases, redox reactions, gas collection, conductivity, electrochemical cells and electrolysis.

What does the kit include?
A typical configuration includes a comboplate or microplate, pipettes, microspatula, forceps, a gas-collecting lid, connecting wire, a current indicator or LED, copper and zinc electrodes, cotton wool, small tubes, a syringe and a stirring rod.

Are chemicals included with the kit?
Chemicals may be included or supplied separately depending on institutional requirement and the kit version ordered.

Is this kit suitable for board-level chemistry practicals?
Yes, it is designed for senior secondary, higher secondary and college-foundation laboratories working through board-level and foundation-level practical chemistry.

Are the kit components reusable?
Most plastic, metal and accessory components are reusable after proper cleaning, though some consumables and chemicals are used up during experiments.

How should the kit be cleaned and stored?
Rinse reusable apparatus with water or a suitable cleaning solution depending on the chemical used, dry all components, and store them in the kit box, with chemicals kept separately in labelled containers.

Last Updated: September 2026

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