Bronze and brass are both copper alloys, but they solve different problems. One excels at reducing friction, while the other is ideal for applications requiring high levels of conductivity. They also differ in corrosion resistance, wear, machining time, and cost. Understanding how each metal performs under various service conditions can help you meet performance targets…
As engineers and materials buyers, you know the feeling: You have a brilliant design, a prototype that should work on paper, but you hit a wall. The material specification you need just doesn’t exist in a standard catalog. At Belmont Metals, while we are proud of our inventory of over 3,000 standard compositions, we know…
When people think of tin, their minds often go to simple plating or tin cans. Yet, in the world of non-ferrous metallurgy, tin is the versatile foundation for a crucial family of materials known collectively as “White Metals.” These alloys are defined by their relatively low melting points, bright silvery appearance, and remarkable range of…
In the world of modern metallurgy, aluminum is often the headline act. It is lightweight, abundant, and corrosion-resistant, making it the material of choice for industries ranging from automotive to aerospace. However, as foundrymen and engineers know, pure aluminum rarely works alone. To meet the rigorous demands of a high-stress engine component, a marine fitting,…