Diamonds and Steel
Diamonds and steel share a similar sense of strength and hardness but they have vastly different origins, appearances and meanings.
Diamonds are actually composed of the element carbon, the same element that makes up graphite, the pencil lead with which it was inadvertently discovered. Unlike graphite, a diamond is a superlatively hard mineral due to its unique molecular construction that creates a lattice of carbon atoms bonded together in a distinct diamond configuration. This molecular structure makes diamonds without equal in terms of hardness and durability.
Steel, on the other hand, is an alloy comprised primarily of iron combined with other elements such as carbon, manganese and nickel, thus making it much stronger than raw iron. Steel’s strength and versatility make it an ideal choice for industrial and infrastructure applications such as the construction of bridges, buildings and automobiles. Combined with iron, steel is resistant to corrosion, thereby allowing it to better maintain its strength under various conditions.
Diamonds and steel also vary in terms of their value and symbolism. While diamonds have become synonymous with extravagance and luxury, steel traditionally symbolizes strength and resilience. Diamonds are often used in jewelry, particularly engagement and wedding rings, to signify the longevity of a relationship and commitment. Steel, on the other hand, has become a symbol of progress and innovation, representing the extent of industry, science and technology.
The similarities and differences between diamonds and steel are both striking and useful. The chemical construction of each material provides them with properties that were once thought impossible, making them invaluable resources in a wide range of applications. By understanding the unique characteristics of each substance, we are able to maximize their benefits and create stronger, more durable structures that can withstand the test of time.
