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$6 Original price was: $6.$5Current price is: $5. (Exc. GST)
To pick up today
Free
Our courier will deliver to the specified address
4-5 Days
200+
Formation of Sodium Ion Model | Manufactured by Samtech Instruments
A detailed and durable classroom model demonstrating the loss of an electron during the formation of a Sodium Ion (Na⁺).
The Formation of Sodium Ion Model is an educational tool designed to visually explain how a neutral sodium atom loses one electron from its outermost shell to form a positively charged sodium ion (Na⁺). This model makes it easier for students to understand ion formation, electron transfer, and ionic bonding, fundamental concepts in chemistry and physics.
This model illustrates the atomic structure of a sodium atom (Na) and how it transforms into a sodium ion (Na⁺) by losing one valence electron. The visual representation of electron transfer helps learners grasp the concept of cation formation and the stability achieved through the octet rule.
The Formation of Sodium Ion Model is proudly manufactured by Samtech Instruments, a leading educational and scientific equipment producer based in Ambala Cantt, India, serving schools and colleges since 2002.
User Group | Application |
---|---|
Schools | Demonstrating cation formation (Na⁺) |
Colleges | Chemistry and atomic bonding lessons |
STEM Labs | Teaching ion formation and charge balance |
Exhibitions | Science fair educational displays |
Q1: What does the Formation of Sodium Ion Model demonstrate?
A: It demonstrates how a sodium atom loses one electron from its outermost shell to form a positively charged sodium ion (Na⁺).
Q2: Who manufactures this Formation of Sodium Ion Model?
A: The Formation of Sodium Ion Model is proudly manufactured by Samtech Instruments, Ambala Cantt, India — a trusted manufacturer of educational models since 2002.
Q3: What material is used for the model?
A: It is made from transparent acrylic and color-coded plastic components for durability and clarity.
Q4: Is it suitable for classroom demonstrations?
A: Yes, it is ideal for school, college, and STEM-based chemistry education.
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