Shaswat Traders

The Stacking Ring Educational Toy is a timeless and essential developmental tool for young children, designed to foster learning through play. Ideal for toddlers and preschoolers, this vibrant, multicolored toy encourages sensory exploration, coordination, and problem-solving in a safe, engaging manner. Crafted from child-safe materials and designed with ergonomic features, it is one of the most effective and widely used early education tools in homes, preschools, daycare centers, and Montessori classrooms.

The Wave Motion Apparatus is a high-quality, precision-engineered educational tool used to visually demonstrate the principles of wave motion. Designed for use in schools, colleges, universities, and science laboratories, this apparatus vividly models the propagation of transverse mechanical waves. With its durable metal framework, smooth operation, and easy-to-understand interface, it provides students with a hands-on and dynamic experience to understand wave behavior, including amplitude, wavelength, frequency, phase difference, and wave propagation.

The Infinity Mirror Experiment Apparatus is a fascinating optical demonstration tool that creates the illusion of a never-ending tunnel of lights. Using basic principles of reflection and light propagation, this experiment visually explains how light interacts between two reflective surfaces.

Primarily used in physics and optics education, this apparatus also serves as an engaging visual model for art, design, and perception psychology. It captures student interest immediately with its hypnotic visual effect and offers a practical understanding of light behavior.

The apparatus consists of a set of mirrors and LED lights arranged in a wooden or plastic frame. It uses the phenomenon of multiple reflections between a fully reflective mirror and a partially reflective mirror (one-way mirror) to produce a seemingly infinite tunnel of lights.

In the modern era of science education, the demand for hands-on learning tools is rapidly increasing. Among the foundational concepts taught in chemistry and physics is the colloidal state of matter, particularly emulsion and micelle formation. Our Colloidal Solution Educational Model Kit is designed to meet this academic requirement by offering a visually engaging and conceptually accurate physical model to illustrate the behavior of colloidal particles in different mediums.

This product is a dual-display model crafted for educational demonstration purposes, showing both soap in water (micelle formation) and oil in water (emulsion type colloid). It is suitable for schools, colleges, competitive coaching institutes, laboratories, and science exhibition projects.

The purpose of this model is to simplify the understanding of colloidal behavior using interactive 3D visuals and physical models. It enables students and teachers to visualize:

• How micelles form in aqueous soap solutions

• How oil droplets remain suspended in water with the help of emulsifying agents

• The difference between true solutions, suspensions, and colloidal solutions

• Real-world relevance of colloids (e.g., milk, fog, paints, and detergents)

This model kit bridges the gap between textbook theory and real-life observation, making it easier for learners to grasp core concepts.

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• Curriculum Aligned: Matches NCERT, CBSE, ICSE, and most state board syllabi

The Eddy Current Demonstration Unit is a practical educational apparatus designed to demonstrate Lenz's Law, Eddy Currents, and the principles of electromagnetic damping using a simple yet highly effective setup. The primary components of this device include a vertical stand, a non-magnetic aluminium pipe (tube), and a magnetic ring or slug. It visually illustrates how motion through a magnetic field generates circular electric currents (eddy currents), which oppose the motion as described by Lenz’s Law.

This demonstration apparatus is widely used in physics classrooms, school and college laboratories, engineering institutes, and science exhibitions. It effectively bridges the gap between theory and practical understanding of how eddy currents behave in conductive but non-magnetic materials such as aluminium.

The Mutual Induction Apparatus is a foundational device used to visually and practically demonstrate the principle of mutual induction—a key concept in electromagnetism. This device allows students and researchers to understand how a change in electric current in one coil induces an electromotive force (EMF) in another nearby coil without direct contact. It is widely used in school labs, physics classrooms, engineering institutes, and science fairs to bring theoretical electromagnetic concepts to life.

The Faraday’s Law Demonstration Apparatus is a compact, hands-on educational device designed to visually and practically demonstrate the principle of electromagnetic induction, also known as Faraday’s Law. This law is one of the fundamental concepts in electromagnetism, forming the basis of electric generators, transformers, and inductive systems used in modern electrical engineering.

Developed specifically for academic institutions, training centers, and laboratories, this apparatus helps teachers and students observe how an electric current is induced when a magnetic field through a coil is changed. The setup features a bright analog galvanometer, a copper wire solenoid, connection terminals, and an intuitive layout mounted on a durable base.

With its visually appealing structure, simple operation, and reliable performance, the apparatus is ideal for classroom demonstrations, student-led experiments, and science exhibitions.

The Solenoid Model is a fundamental teaching apparatus designed to demonstrate magnetic fields generated by electric currents through a coiled wire. Widely used in educational settings, this model simulates the working principle of solenoids in a simple and visually effective way. It helps students understand electromagnetic concepts such as magnetic field lines, current flow, and the relationship between electricity and magnetism. This model is an essential asset in physics labs, classrooms, and science exhibitions.

Whether used to illustrate the basic principles of electromagnetism or to enhance hands-on experimental learning, the Solenoid Model bridges the gap between theoretical knowledge and practical understanding.

The Induced Current Coil Apparatus is an essential educational demonstration device designed to visually and practically explain the principles of Faraday's Law of Electromagnetic Induction. Compact and student-friendly, this device helps learners understand how electric current can be generated by simply moving a magnet through a coil of wire — a fundamental concept in physics that underpins the working of generators, transformers, and many real-world electrical machines.

This apparatus is purpose-built for classroom demonstrations, laboratory experiments, and science fairs. It is ideal for physics teachers, lab instructors, and STEM educators to practically explain the core concept of how changing magnetic fields induce electromotive force (EMF) and current in a conductor. Designed with safety, durability, and simplicity in mind, the unit comprises a coil of copper wire mounted vertically with a cylindrical magnet that moves within it, along with visual indicators such as LEDs to show induced current flow.

The Newton’s Colour Disc, sometimes called a persistence-of-vision colour wheel or simply Newton’s Disc, is an elegant apparatus that transforms Sir Isaac Newton’s 17th-century colour theory into an engaging, hands-on classroom experience. By spinning a segmented disc painted in the familiar hues of the visible spectrum, the device visually blends seven individual colours into near-white light, illustrating additive colour mixing and the physiology of human vision.

This kit is widely used in school laboratories, coaching centers, colleges, and science exhibitions to demonstrate the composition of atoms, the concept of electron shells, and atomic numbers.

• Realistic and interactive 2D/3D visual of atomic structure

• Concentric rings indicating electron shells (K, L, etc.)

• Color-coded particles:

  • Red beads for protons

  • Yellow beads for neutrons

  • Green beads for electrons

• Laminated display board with clear shell labeling

• Central nucleus with visible core ("C", "N", etc. based on model)

• Durable, lightweight, and safe for classroom handling

The Parallelogram of Forces Apparatus is a fundamental physics educational tool that allows students to visualize and experimentally verify the vector addition of forces using the parallelogram method. With a simple, well-structured, and sturdy design, this apparatus brings a critical theoretical concept into a hands-on learning experience.

Understanding forces and their resultant is foundational in mechanics. This apparatus enables learners to observe how two forces, represented as vectors, can be combined to produce a resultant force. The entire concept of vector addition is clearly demonstrated through an experiment that is interactive, observable, and quant

The understanding of atomic structure is foundational in modern science, and among all atoms, carbon holds a place of immense importance due to its versatility and central role in chemistry, biology, materials science, and nanotechnology. The Atomic Structure of Carbon Model Kit by Rudravya, presented by Shaswat Traders (Chemical World), is a highly visual and interactive educational model designed for school and college students, educators, and laboratory professionals to study and demonstrate the atomic arrangement of carbon in a simplified, realistic, and hands-on manner.

Carbon, with atomic number 6, possesses six protons, six neutrons (typically), and six electrons arranged in energy levels or electron shells. The ability to visualize these components makes the learning process more effective and enjoyable for students. This model not only serves as a teaching aid but also acts as a visual anchor to explain concepts like atomic number, valency, electron configuration, Bohr’s model, and basic chemistry principles.

This product is designed using durable and non-toxic materials and is structured in such a way that it aligns with NCERT, CBSE, ICSE, and state board curricula. It is equally useful for higher education demonstrations, coaching classes for NEET and JEE aspirants, and research institutions conducting basic atomic theory education.

The Atomic Structure of Carbon Model Kit accurately demonstrates the following:

• Representation of the nucleus with symbolic notation for carbon (C)

• Two electron shells (K and L) around the nucleus

• Six electrons placed in appropriate orbitals:

  • Two electrons in the first shell (K)

  • Four electrons in the second shell (L)

• Concept of electronic configuration: 2, 4

• Atomic number and mass number representation

• Bohr’s model of atom interpretation

• Position of carbon in the Periodic Table

By offering a visual 3D experience, this model makes abstract concepts easier to understand and remember.

• High-grade ABS plastic for base panel and electrons

• Printed laminated PVC display board

• Non-toxic color-coded beads representing electrons

• Embedded metal/plastic nucleus bead with the letter "C"

• Background labeling with digitally printed arrows, symbols, and annotations

• Panel Size: 10 in. x 10 in. (approx. 25 cm x 25 cm)

• Thickness: 1 cm

• Electron Beads: 1.5 cm diameter (blue/black color)

• Nucleus: Centralized, embossed, labeled "C"

The model kit is designed to help students and teachers:

1. Understand the fundamental structure of atoms

2. Visualize carbon's electron configuration

3. Demonstrate shell and subshell filling

4. Relate atomic theory to chemical behavior

5. Develop spatial understanding of atomic structures

6. Engage in interactive classroom learning

7. Prepare for competitive exams (NEET, JEE, Olympiads)

8. Use for science exhibitions, fairs, and labs

The Magnetic Spring Toy, also known as the Magnetic Repulsion Demonstrator, is an educational apparatus designed to introduce students to the fundamental principles of magnetism—particularly magnetic repulsion and attraction. This visually engaging, hands-on model demonstrates how like poles repel and unlike poles attract, using stacked magnetic rings suspended on a non-magnetic rod. It is a must-have in any science lab for practical demonstrations related to electromagnetism and magnetic field theory.

The Circuit Board with Multiple Experiments Kit is an all-in-one educational solution for learning the fundamentals of electricity and electronics. Designed to provide a hands-on experience, this apparatus allows students to explore, assemble, and understand the core principles of electrical circuits.

From basic components like bulbs, switches, and batteries to more complex systems like fans, resistors, series/parallel connections, and electromagnetic coils, this model is an essential teaching tool. It is built for interactive learning in school laboratories, science fairs, and engineering workshops.

The kit encourages experimentation and discovery, making the abstract concepts of current, voltage, resistance, and magnetic induction come to life. By allowing learners to physically build and modify circuits, it promotes deep conceptual understanding and problem-solving skills.

The Archimedes Principle Apparatus is an essential educational tool used for hands-on demonstrations and experiments in physics to illustrate one of the foundational concepts in fluid mechanics—Archimedes' Principle. Designed for use in academic settings, such as schools, colleges, research laboratories, and science exhibitions, this apparatus enables students to observe and understand the behavior of objects in fluid and the concept of buoyant force with clarity and engagement.

Archimedes' Principle states that “any object, completely or partially submerged in a fluid, is acted upon by an upward force (buoyant force) equal to the weight of the fluid displaced by the object.” This principle is pivotal in understanding buoyancy, flotation, density, and the mechanics behind objects sinking or floating in liquids.

The Magnetic Field Chamber, also known as the Ferrofluid Display Apparatus, is an innovative educational tool designed to visually demonstrate the invisible lines of magnetic force. It provides an engaging, real-time display of how magnetic fields operate by using ferrofluid—a magnetic liquid that reacts visibly to magnetic forces. This apparatus is widely used in science labs, classrooms, exhibitions, and STEM learning environments to make abstract magnetic concepts tangible and captivating.