Formation of Chlorine Ion Model Manufacturer,Supplier and Exporter in India
Product Code : SCL-SSLDK-11434
Description:
The Formation of Chlorine Ion Model is a clear, durable educational apparatus designed to demonstrate the critical process of anion formation through electron gain.
This model is indispensable for teaching fundamental concepts of ionic bonding, atomic stability, and charge formation within Chemistry and STEM education.
Usage:
Formation of Chlorine Ion Model is to provide a precise, visual, and side-by-side comparison of the chlorine atom and the resulting chloride ion.
Demonstrating Electron Gain: The model clearly illustrates a neutral chlorine atom accepting one electron into its outermost electron shell. This key step represents the process typical of non-metallic elements.
Achieving Octet Stability: It visually explains how the chlorine atom, by gaining this single electron, achieves a complete and stable outer shell—a structure commonly known as the octet configuration.
Visualization of Anion Formation: The apparatus distinctly shows the transformation from the neutral chlorine atom to the negatively charged chloride ion (formed by the surplus of one electron). This helps students grasp the concept of charge formation in anions.
Application in Bonding: Educators use this model to lay the groundwork for understanding the full ionic bonding process, where the resulting chloride ion then forms an electrostatic attraction with a positively charged metal ion (a cation).
Curriculum Support: The model is an excellent tool for supporting syllabus requirements, including CBSE and ICSE, regarding atomic structure and chemical bonding.
Key Features:
Side-by-Side Comparison: Facilitates immediate comparison between the chlorine atom and the chloride ion, highlighting the change in electron count and resulting charge.
Transparent Construction: Made from durable, transparent acrylic with clearly labeled components for maximum visibility and clarity.
Color-Coded Parts: Utilizes distinct colors for the nucleus and electrons, making the components easy to identify and track during the reaction.
Durable Design: Built for longevity and safe, repeated use in chemistry labs, schools, and science exhibitions.