Quick Answer: A set of 12 labelled pure metal specimens used to teach fundamental metal properties — luster, density, malleability and conductivity — before comparing them with alloyed materials.
Product Description
The Metal Set, Collection of 12 Metals gives students a hands-on baseline for understanding metallic elements before moving on to alloys. Each labelled specimen is a pure metal, letting students observe characteristic metallic properties directly: a bright metallic luster, relatively high density compared with many minerals, and the ability to be shaped without shattering (malleability and ductility).
Comparing several pure metals side by side also highlights how much individual metals vary in weight, colour and hardness despite sharing the general category of “metal” — a useful foundation before students move on to a dedicated alloys set and see how mixing metals changes these baseline properties further.
This set supports both chemistry lessons on metallic bonding and physics or materials science lessons on density and conductivity, giving teachers a single, reusable resource across subjects.
Specimen Details
| Detail | Description |
|---|---|
| Product Type | Pure metal specimen collection |
| Set Size | 12 labelled specimens |
| Specimen Form | Small metal hand samples, individually labelled |
| Properties Illustrated | Metallic luster, relative density, malleability and conductivity |
| Storage | Compartmented tray or box |
| Recommended Level | Secondary school chemistry, physics and materials science |
Applications
- Comparing density, luster and hardness across different pure metals
- Establishing a baseline before studying alloys and how mixing changes properties
- Chemistry lessons on metallic bonding and element properties
- Physics and materials science lessons on density and electrical conductivity
- Vocational and engineering technology coursework on metal selection
Care & Handling
- Handle with clean, dry hands; some metals oxidise or tarnish with repeated moisture exposure
- Store in a dry area to reduce surface oxidation over time
- Return each specimen to its labelled tray slot after use
- Wipe with a soft dry cloth if needed; avoid abrasive cleaners on polished surfaces
- Handle heavier specimens carefully to avoid dropping on tables or feet
Why Choose LabEquip
This pure metals set is designed to work alongside LabEquip’s Alloys Set, Collection of 20 Alloys, giving students a direct pure-metal-vs-alloy comparison. It is also part of our full Educational Rock and Minerals range, and for a broader survey, our Metals & Alloys Set, Collection of 24 Metals & Alloys combines both categories in one box.
Frequently Asked Questions
What is included in the Metal Set, Collection of 12 Metals?
The set contains 12 individually labelled pure metal specimens chosen to illustrate core metallic properties such as luster, density, malleability and conductivity, supplied in a compartmented tray.
Why study pure metals before alloys?
Understanding the baseline properties of pure metals makes it easier to see how alloying changes those properties, such as hardness or corrosion resistance, when comparing with a dedicated alloys set.
What subjects is this metal set suited for?
It supports secondary school chemistry (metallic bonding), physics and materials science (density, conductivity), and vocational or engineering technology coursework.
How should the metal specimens be stored to avoid tarnishing?
Store them in a dry area away from moisture, handle with clean dry hands, and wipe with a soft dry cloth rather than exposing them to water or cleaning chemicals.
Can this set be used alongside an alloys set for comparison?
Yes. It is designed to pair directly with the Alloys Set, Collection of 20 Alloys so students can compare pure metals against alloyed versions of similar materials.
Does LabEquip offer a combined metals and alloys set?
Yes. The Metals & Alloys Set, Collection of 24 Metals & Alloys combines both categories in a single, larger collection.
Last Updated: September 2026
Reviews
There are no reviews yet.