Mole Set
Product Code : LSK-PL-10294
Mole Set (SKU LSK-PL-10294) is a group of four metal specimens, copper, iron, zinc and aluminium, each containing approximately one mole of atoms. Placed side by side, they make the abstract idea of one mole visible for science classes in secondary school and early college chemistry. Science Lab Supplies, a science apparatus manufacturer in India, makes the set at its Plot 448, HSIIDC Industrial Area factory in Saha, Ambala, and supplies it direct to schools, colleges, tender contractors and distributors.
Specifications
The set holds one solid sample each of copper, iron, zinc and aluminium, and every sample contains approximately one mole (6.023 x 10^23 atoms) of its element. Because atomic mass and density differ from metal to metal, the four samples have visibly different masses and volumes even though each holds the same number of atoms.
| Parameter | Value |
|---|---|
| SKU | LSK-PL-10294 |
| Elements | Copper, iron, zinc, aluminium |
| Number of specimens | 4 (one per element) |
| Amount per specimen | Approximately 1 mole (6.023 x 10^23 atoms) |
| Form | Solid metal samples |
| Manufacturer | Science Lab Supplies, Saha, Ambala, Haryana |
| Country of origin | India |
Applications and Experiments for the Mole Set
The set helps students picture a mole of a substance in the solid state and connect it to mass and molar mass. Weighing each sample and comparing its size shows that equal amounts of different elements differ in mass and volume, which also opens a discussion of atomic mass and density.
- NCERT Class 9 science: atoms, molecules and the mole concept.
- Class 11 chemistry: mole, molar mass and Avogadro's number.
- Physics and general science: comparing the density of metals from mass and volume.
- Teacher demonstration: comparing the properties of four common metals.
Standard Scope of Supply
Each Mole Set contains four element specimens: one copper, one iron, one zinc and one aluminium sample, each of approximately one mole. A balance is not part of the set; if students will weigh the samples, a school balance can be listed on the same quotation.
Packing, MOQ and Lead Time
One set can be enough for a teacher's demonstration, while practical classes may prefer one per group. Tell us the number you need and the quotation will show packing, delivery time and price for that quantity; related density or model sets can be quoted with it.
With an Importer-Exporter Code as a registered exporter, Science Lab Supplies is able to ship to buyers in Egypt, Iraq, Nigeria, Kenya, Ghana and Ethiopia. You can reach the sales team on the contact page, collect items in the enquiry cart, or read the lab tender page for tender enquiries.
Frequently Asked Questions
Which metals are in the Mole Set?
Copper, iron, zinc and aluminium. Each specimen contains approximately one mole of the element, so the four samples hold roughly the same number of atoms.
Why are the samples different sizes?
Each element has a different atomic mass and density, so one mole of each has a different mass and occupies a different volume. Seeing this side by side is the main teaching point of the set.
Is Science Lab Supplies the manufacturer or a trader?
Science Lab Supplies manufactures the set in Saha, Ambala, India. Buyers deal with the factory directly, and the quotation is issued from there.
Is the set suitable for both physics and chemistry labs?
Yes. Chemistry teachers use it for the mole concept, and physics teachers can use the same samples to compare the density of metals.
Related Materials and Density Sets
The Mole Set pairs naturally with sets that compare materials by mass, volume and structure. These four items support density measurements with regular metal shapes and equal-volume blocks, and a crystal lattice model shows how atoms are packed inside a solid.
- Metal Density Cubes — density comparison with metal cubes.
- Equal-Volume Blocks of Different Materials — same volume, different masses.
- Metal Cylinders — mass and volume measurement with regular solids.
- Crystal Lattice Model Set — how atoms are arranged in solids.
Browse the full Physics Lab range or all physics lab equipment.
Last updated: 25 September 2026
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