Isotopes of Hydrogen Model Manufacturer,Supplier and Exporter in India

Product Code : SCL-SSLDK-11508

The Isotopes of Hydrogen Model is a high-fidelity instructional apparatus designed to provide a clear, three-dimensional representation of atomic variations. This set features three distinct models that demonstrate the structural differences between the isotopes of the first element on the periodic table: Protium, Deuterium, and Tritium.

By physically illustrating the variations in nuclear composition—specifically the addition of neutrons while maintaining a constant number of protons and electrons—this tool transforms abstract nuclear physics into a tangible classroom experience. It is an essential resource for educators looking to explain atomic mass, nuclear stability, and the fundamental building blocks of matter.

This comprehensive kit includes three separate atomic models mounted on a single, durable platform or as individual units. Each model is meticulously crafted to show the nucleus at the center with revolving electrons in their respective energy levels. The color-coded subatomic particles allow students to instantly distinguish between protons, neutrons, and electrons, making the concept of "mass number" versus "atomic number" easy to visualize and remember.

Key Features

• Comparative Visual Learning: Provides a side-by-side physical comparison of the three primary isotopes, highlighting the change in nuclear mass.
• Standardized Color-Coding: Uses universally recognized colors for subatomic particles (Protons, Neutrons, and Electrons) to enhance cognitive retention and clarity.
• Superior Material Integrity: Constructed from high-impact, non-toxic polymers and industrial-grade acrylic, ensuring the models remain intact through years of classroom handling.
• High-Contrast Design: Engineered with vibrant colors and transparent orbital paths to ensure maximum visibility for students, even from the back of a lecture hall.
• Stable Presentation Base: Each model is securely mounted to a robust base, preventing tipping during hands-on demonstrations.

Technical Specifications

Why Choose Educational Instrument:

Understanding isotopes is a critical benchmark in modern science curricula. This model set is designed to align with the Next Generation Science Standards (NGSS), specifically fulfilling requirements for HS-PS1-1, which asks students to use the periodic table as a model to predict the relative properties of elements based on the patterns of electrons in the outermost energy level and the composition of the nucleus.

Strategic Learning Benefits:

1. Clarifies Mass Variation: Demonstrates how the addition of neutrons increases the mass of an atom without changing its fundamental chemical identity.
2. Foundational Physics: Serves as a gateway to discussing complex topics such as radioactive decay, heavy water, and nuclear fusion.
3. Enhanced Spatial Awareness: Replaces flat, confusing textbook diagrams with a 360-degree view of atomic geometry, fostering better spatial reasoning in young scientists.

The Educational Instrument Advantage:

When you choose our laboratory equipment, you are sourcing directly from a leading Original Equipment Manufacturer (OEM). By controlling the entire production lifecycle in our own state-of-the-art facilities, we guarantee a level of precision and reliability that third-party resellers cannot offer.

Our Quality Commitment:

• State-of-the-Art Production: We utilize advanced manufacturing technologies and precision molding to ensure that every subatomic particle is perfectly scaled and positioned.
• International Quality Standards: Our production processes adhere to rigorous international safety and quality benchmarks, ensuring our products are ready for global institutional use.
• Factory-Direct Pricing: We eliminate the "middleman" markups, providing premium, research-grade educational tools at the most competitive factory-direct prices in the market.
• Reliable Partnership: With decades of experience in scientific instrumentation, we stand behind the durability and accuracy of every model we produce.