Spring Set
Product Code : SCL-CL-11854
Spring Set (SKU SCL-CL-11854) is a set of five stainless steel helical springs, each of a different stiffness, 10 cm long when compressed and 1 cm in outer diameter, with hooks at both ends. It lets students compare how springs of different stiffness stretch under the same load in Hooke's law and elasticity practicals. Science Lab Supplies, based in Ambala, India, can put the set on a quotation for a school, college, institute, tender contractor or distributor, alongside other chemistry lab equipment in India.
Specifications
The five-spring set is specified point by point in the rows below. In short, all five springs share one size, 10 cm in the compressed position and 1 cm outer diameter, but each has a different stiffness; they are polished, burr-free stainless steel with double-hook ends for strings, straps, carabiners or eyelets.
| Specification | Value |
|---|---|
| SKU | SCL-CL-11854 |
| Number of springs | 5 |
| Stiffness | Different for each spring |
| Height in compressed position | 10 cm |
| Outer diameter | 1 cm |
| Material | Stainless steel, for strength, durability and corrosion resistance |
| Surface | Polished, smooth and burr-free |
| Ends | Double hooks |
| Connects to | Drawstrings, tension straps, carabiners and eyelets |
| Properties | Strong elasticity, high tensile strength, long service life |
| Supplied by | Science Lab Supplies, Ambala, India |
Applications and Experiments for the Spring Set
These springs show that extension is proportional to load, give a spring constant from a load-extension graph, and let students compare stiff and soft springs side by side. Because all five share one size, any difference in stretch comes from stiffness alone, which keeps the comparison clear.
- CBSE Class 11 physics practical: finding the force constant of a helical spring from a load-extension graph.
- Secondary science: introducing elasticity and Hooke's law with hanging masses, using small loads from the Physical Weight Box Of 100gm Iron Chrome Plate on the softest springs.
- Springs in series and parallel: combining two springs of different stiffness to see how the effective spring constant changes.
- B.Sc. and diploma physics: elasticity practicals and oscillation periods of a mass on a spring, with coil dimensions checked on a Mechanical Caliper.
Standard Scope of Supply
One set contains five stainless steel springs of different stiffness, all 10 cm compressed length and 1 cm outer diameter, each with hooks at both ends. Stands, pointers, scales and hooked weights can be added to the quotation so the practical is complete on arrival.
Packing, MOQ and Lead Time
A quotation can be prepared for one spring set or for a set per student group. It states the packing, delivery time and price for that quantity, and weights, stands or other chemistry lab equipment from the same range can be listed with it.
Holding an Importer-Exporter Code, Science Lab Supplies is in a position to ship to buyers in Malaysia, Peru, Egypt, Iraq, Nigeria and Kenya. A short message on the contact page or a basket saved in the enquiry cart brings back a price for the springs, and multi-school purchases are explained on the lab tender page.
Frequently Asked Questions
Why does the set have springs of different stiffness?
With five stiffnesses of the same size, students hang the same load on each spring and see directly that a stiffer spring stretches less, then compare the spring constants they calculate.
What are the springs made of?
They are stainless steel with a polished, smooth and burr-free surface, chosen for strength, durability and corrosion resistance, and safe to handle in a school laboratory.
Who supplies the Spring Set?
Quotations for the set come from Science Lab Supplies in Ambala, India, whether the order is one set for a single school or many sets within a contract covering several laboratories.
How are the springs attached in an experiment?
Each spring has a hook at both ends: hang the upper hook from a stand and hang weights or a weight hanger from the lower hook, or link two springs for series work.
Related Force and Elasticity Apparatus
A spring practical needs a rigid support, known masses and a way to check force, and it leads on to modulus experiments. These seven items from the Chemistry Lab, Applied Mechanics and Elasticity ranges work directly with the spring set and can go on the same quotation.
- Weights with Hooks — pairs of 50, 100, 250, 500 and 1000 g hooked masses to load the springs.
- Ring Stand Set with Accessories — metal support rod fixed in a heavy base, with clamp and rings.
- Mechanical Dynamometer with Upper and Lower Hooks — force meter reading 0–20 N with upper and lower hooks.
- Hooke's Law Apparatus — spring and pointer read against a 30 cm mirror scale, complete on stand.
- Laboratory Slotted Masses, 2.5 kg — 500 g steps up to 2.5 kg on a single hanger.
- Laboratory Track (Inclined Plane) — 1.2 m track whose two carts take attachable springs.
- Young's Modulus Apparatus (Searle's Pattern) — two brass frames with a spirit level and a micrometer reading to 1/100 mm.
Browse the full Chemistry Lab range, the Elasticity and Surface Tension range for modulus apparatus, or all school lab equipment.
Last updated: 9 October 2026
