Slinky Spring Manufacturer,Supplier and Exporter in India

Product Code : SCL-MF-12385

The Slinky Spring 165mm is a physics laboratory teaching aid used for demonstrating transverse waves, longitudinal waves, compression, rarefaction, and wave propagation. It is suitable for schools, colleges, STEM laboratories, physics teachers, and students who need a simple hands-on model for understanding wave motion through a visible spring medium.

Product Description

The School Equipments Slinky Spring is listed as Wire (Slinky) - 165mm, product code EL-W-11110. It is made from flat-section steel wire formed into a helical coil and is designed for demonstrating different types of waves in classroom physics.

This apparatus helps students observe how a disturbance travels through a medium. When the spring is moved sideways or up and down, it can demonstrate transverse wave motion. When the spring is pushed and pulled along its length, it forms compressions and rarefactions, making it useful for explaining longitudinal waves and sound-wave behaviour.

Key Features

• 165mm slinky spring: Compact wave demonstration spring suitable for classroom and laboratory use.
• Flat-section steel wire: Built as a helical coil for repeated wave-motion demonstrations.
• Transverse wave demonstration: Shows wave motion where coil movement is perpendicular to wave travel.
• Longitudinal wave demonstration: Shows compressions and rarefactions moving along the spring.
• Manual operation: Does not require electricity, batteries, or a power supply.
• Physics curriculum relevance: Supports lessons on wavelength, amplitude, frequency, vibration, and energy transfer.
• STEM-friendly activity: Encourages student participation in wave and sound experiments.

Technical Specifications

What's Included in the Kit

• 1 Slinky Spring 165mm
• Flat-section steel wire helical coil
• Instruction sheet or experiment guide
• Storage box or pouch

Applications / Uses

• Demonstrating transverse waves in school physics laboratories.
• Demonstrating longitudinal waves using compression and rarefaction.
• Teaching wave propagation, amplitude, wavelength, frequency, and vibration.
• Explaining sound waves as longitudinal mechanical waves.
• Supporting practical activities in physics waves apparatus.
• Pairing with the Transverse and Longitudinal Wave Using Slinky demonstration setup.
• Adding hands-on wave learning to STEM lab kit activities and school science equipment programs.

How to Use the Slinky Spring

1. Place the Slinky Spring on a smooth floor, long table, or open classroom space.
2. Ask two students or demonstrators to hold the two ends gently.
3. Stretch the spring slightly, keeping it straight without overstretching it.
4. Move one end sideways or up and down to demonstrate a transverse wave.
5. Push and pull one end along the length of the spring to form compressions and rarefactions.
6. Observe how the disturbance travels through the spring from one end to the other.
7. Repeat the activity with different speeds to compare amplitude, wavelength, and frequency.

Safety note: Use the spring under teacher supervision. Do not overstretch, swing, throw, or release the spring suddenly, and keep fingers away from tightly compressed coils.

Care & Maintenance

• Store the Slinky Spring dry and clean after use.
• Do not overstretch the helical coil beyond its normal working length.
• Keep the spring free from rust, sharp bends, and deformation.
• Store it with other school laboratory equipment to prevent loss or damage.

Why Choose School Equipments

School Equipments manufactures and exports scientific laboratory instruments, lab experiment setups, science kits, mathematics kits, didactic models, and STEM models for educational institutions. The brand supplies practical teaching apparatus for schools, colleges, science laboratories, and procurement projects.

The Slinky Spring 165mm gives teachers a direct way to demonstrate wave concepts without complex instruments. It is useful for activity-based learning and can be sourced with related physics waves apparatus, sound demonstration models, STEM kits, and general science lab supplies.

Frequently Asked Questions

What is a Slinky Spring used for in physics?

A Slinky Spring is used to demonstrate wave motion, transverse waves, longitudinal waves, compression, rarefaction, wavelength, amplitude, and frequency in school physics laboratories.

What is the size of this Slinky Spring?

The listed School Equipments product is Wire (Slinky) - 165mm. This size makes it compact for classroom wave demonstrations and storage.

What material is the Slinky Spring made from?

The listed product is made from flat-section steel wire in a helical coil. This structure allows the spring to show wave disturbances clearly.

Does the Slinky Spring require electricity?

No, the Slinky Spring is a manual physics demonstration apparatus. It does not require electricity, batteries, or a power supply.

Can it demonstrate both transverse and longitudinal waves?

Yes, sideways motion demonstrates transverse waves, while pushing and pulling along the spring length demonstrates longitudinal waves with compressions and rarefactions.

Is this suitable for school students?

Yes, it is suitable for supervised school and college physics demonstrations. Students should avoid overstretching the spring or releasing it suddenly.

For related products, explore the physics waves apparatus category from School Equipments.

Suggested Image ALT Text: Slinky Spring 165mm flat-section steel wire helical coil for school physics wave motion demonstration.