Brass and bronze sand casting is a popular technique for manufacturing different kinds of products and product components using brass and bronze alloys. These are highly durable, versatile metals that can be used for a wide range of applications and manufacturing productions.Brass is a metal alloy that contains zinc as principal alloying element while bronze is a combination of copper and tin. Although brass is principally zinc, it can likewise contain other alloys like lead, nickel, tin, and aluminum, just like bronze doesn’t always contain tin and other copper alloys like iron, lead, phosphorus, manganese, aluminum, and silicon.

Beauty comes with pains; this saying is true to a great extent when it comes to producing beautiful and unique items. From cutlery sets to iron pots, all require great work and craftsmanship on the part of the producer. And the same goes for the sand casting companies who work towards making many items and tools of almost every and any material using a sand mold. As easy the word casting is pronounced, the more difficult it is in practice. There are many complexities which need to be taken care of when designing various items and tools using this methodology.

Copper is one of the oldest and most widely used metals that dates as far back as the prehistoric times. In fact, copper is said to have been mined for over 10,000 years, as evidenced by a copper pendant that was found just recently in Iraq, dated 8700 BC. Not long after this time, copper was already being smelted for various uses. This native metal is usually found in minerals like azurite, bornite, chalcopyrite, cuprite, and malachite. It can likewise be formed as a byproduct of silver manufacturing.

Die casting and sand casting are the two methods that are most commonly used to cast metals, although they are not the only ones out there. However, it is interesting to note that many people who interact with different foundries actually have no idea about the differences between the two processes and many of them often mistakenly use the two terms interchangeably. But, while the two methods generally serve the same purposes and have similar goals, the actual procedures involved are actually quite different and the results are also different although the latter may not be quite as easy to notice for an inexperienced eye.