Balls Steel Manufacturer,Supplier and Exporter in India

Product Code : SCL-PLE-11825

The Balls Steel 3 Sizes Sets of 20 by Scientifc Equipment is an educational physics laboratory set designed for demonstrations and experiments involving motion, momentum, collision, density, mass comparison, rolling friction, gravity, mechanics, and material properties. It is suitable for school physics laboratories, college science labs, STEM classrooms, mechanics experiments, and teacher-led practical demonstrations.

This set includes steel balls in three different sizes, allowing students to compare how size and mass affect motion, rolling behavior, impact, momentum, and experimental results. The set is useful for practical learning in mechanics, collision studies, pendulum experiments, inclined plane activities, and general science demonstrations.

Product Description

Steel balls are commonly used in physics laboratories because of their smooth surface, durability, and consistent spherical shape. They are useful for experiments where students need rolling objects, impact bodies, collision masses, or test balls for motion-related practical work.

The Scientifc Equipment Balls Steel 3 Sizes Sets of 20 may include twenty steel balls supplied in three assorted sizes depending on product configuration. The balls may be used with ramps, tracks, collision apparatus, pendulums, measuring cylinders, magnetic demonstrations, and other compatible classroom science equipment.

Key Features

• Educational steel ball set for physics, mechanics, and STEM experiments.
• Includes three different sizes for comparison-based practical activities.
• Set of 20 balls depending on supplied product configuration.
• Useful for teaching motion, momentum, collision, rolling friction, density, and gravity.
• Smooth spherical design supports rolling and impact demonstrations.
• Suitable for use with ramps, tracks, inclined planes, pendulums, and collision apparatus.
• Durable steel construction for repeated supervised laboratory use.
• Supports quantitative and qualitative classroom experiments.
• Designed for supervised educational laboratory applications.

Product Specifications

How to Use

1. Open the set and count the steel balls to confirm the quantity and available sizes.
2. Inspect each ball to ensure it is clean and free from cracks, sharp damage, rust, or deformation.
3. Sort the balls by size before starting the experiment.
4. Use a balance to compare the mass of different-sized balls if required.
5. Place the balls on an inclined plane or track to observe rolling motion.
6. Release balls from the same height to compare speed, distance, and rolling behavior.
7. Use two or more steel balls in a collision setup to observe momentum transfer.
8. Use a measuring cylinder and water displacement method to compare volume and density under supervision.
9. Record observations such as mass, size, distance, time, bounce, rolling path, or collision result.
10. After use, clean the balls with a dry cloth and store them safely in the container.

Safety and Handling Instructions

• Use only under teacher, laboratory instructor, or trained adult supervision.
• Keep steel balls away from very young children, as small balls may create choking hazards.
• Do not throw, shoot, strike, or misuse the steel balls.
• Do not roll the balls near stairs, glass, electrical equipment, fragile objects, or crowded areas.
• Handle carefully during collision experiments to avoid finger pinching or unexpected rolling.
• Use a clear, stable, and safe surface for rolling and impact demonstrations.
• Keep away from moisture and chemicals to reduce the risk of rust or surface damage.
• Do not use damaged, rusty, sharp-edged, or deformed balls in experiments.
• If used with magnets, keep magnets away from pacemakers, magnetic cards, watches, and sensitive electronic devices.
• Store all balls after use to prevent tripping, slipping, loss, or accidental misuse.

Educational Applications

• Demonstrating rolling motion on tracks and inclined planes.
• Studying momentum transfer in collision experiments.
• Comparing mass and size effects on motion.
• Teaching density using volume and mass measurements.
• Supporting pendulum bob experiments and impact demonstrations.
• Explaining kinetic energy, potential energy, gravity, and friction.
• Useful for STEM projects, physics practicals, and science fair activities.
• Encouraging observation, measurement, comparison, calculation, and scientific reasoning.

Why Choose Scientifc Equipment Balls Steel 3 Sizes Sets of 20?

The Scientifc Equipment Balls Steel 3 Sizes Sets of 20 provides a practical and versatile set of steel balls for mechanics and physics experiments. With three different sizes, students can compare motion, mass, rolling behavior, and collision effects, making classroom science activities more interactive and meaningful.

FAQ

1. What are Balls Steel 3 Sizes Sets of 20 used for?

They are used for physics experiments involving rolling motion, collision, momentum, density, gravity, inclined planes, pendulums, and mechanics demonstrations.

2. How many balls are included in the set?

The product is described as a set of 20 steel balls. Exact size distribution may vary depending on product configuration.

3. Why are there three different sizes?

The three sizes allow students to compare how size and mass affect motion, rolling speed, momentum, collision behavior, and experimental results.

4. Is this set suitable for school physics laboratories?

Yes, it is suitable for school physics labs, college science labs, STEM classrooms, teacher demonstrations, and supervised student practicals.

5. Can these steel balls be used with magnets?

Many steel balls may respond to magnets, depending on material grade. They can be used for magnetic attraction demonstrations if compatible.

6. Can students use the balls for collision experiments?

Yes, the balls can be used for supervised collision and momentum demonstrations with suitable tracks, ramps, or collision apparatus.

7. Are the steel balls safe for young children?

They should not be given to very young children because small steel balls may create choking hazards. Use only under adult or teacher supervision.

8. How should the steel balls be stored?

Store the balls in a clean, dry, and protective container away from moisture, chemicals, heat, very young children, and rough handling.

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Balls Steel 3 Sizes Sets of 20 – Scientifc Equipment

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Buy Balls Steel 3 Sizes Sets of 20 by Scientifc Equipment for school physics labs, STEM mechanics activities, rolling motion experiments, collision studies, density demonstrations, and classroom science learning.

Google E-E-A-T Focused Content

This product content is prepared to support teachers, school buyers, laboratory suppliers, physics educators, STEM coordinators, science instructors, students, and learning institutions with clear product information, practical specifications, usage guidance, safety instructions, and helpful FAQs. The content focuses on accurate educational mechanics applications, supervised steel ball experiments, safe handling practices, motion and collision learning, density comparison activities, and trustworthy product guidance while clearly stating that the product is for supervised educational and laboratory demonstration use only.