2024 and 7075 are high-strength aluminum alloys that are commonly used in various applications, especially in aerospace, automotive, and structural industries. 2024 Aluminum 7075 Aluminum Both 2024 and 7075 aluminum are valued for their high strength. They are used in applications where lightweight and strong materials are essential. The choice between them depends on specific … Continue reading High Strength Aluminum: 2024 & 7075
Alloy 4130: A Common Choice for Automotive
4130 steel is commonly used in the automotive industry due to its excellent combination of mechanical properties and weldability. Strength & Durability 4130 steel offers high strength and excellent durability, making it well-suited for components that need to withstand heavy loads, stress, and impact. This is particularly important in automotive parts like chassis frames, suspension … Continue reading Alloy 4130: A Common Choice for Automotive
Pipe vs Tube
Metal pipes and metal tubes are both cylindrical structures made of metal, but they have some key differences in terms of their design, purpose, and typical applications. Purpose & Function Wall Thicknesses Shapes & Cross-Sections Manufacturing Standards Applications In summary, the key difference between metal pipes and metal tubes lies in their primary purpose and … Continue reading Pipe vs Tube
All About: Architectural Bronze C385
385 architectural bronze stands out as a remarkable material with a well-balanced chemical composition. It offers excellent corrosion resistance, strength, and machinability. Whether it graces grand buildings or intricate designs, 385 bronze significantly contributes to the beauty, durability, and functionality of architectural projects. The Chemistry This alloy primarily consists of copper, with smaller quantities of … Continue reading All About: Architectural Bronze C385
What is the Difference Between Bronze and Brass?
Bronze and Brass are two metals that often get confused or used interchangeably, but they have distinct differences in their composition and properties. Bronze, discovered at a time when no other metals could rival it, quickly made a name for itself. It is an alloy of copper and tin, with a reddish-brown or reddish-gold color … Continue reading What is the Difference Between Bronze and Brass?
Sheet Metal Fabrication
What is Sheet Metal Fabrication? Sheet metal fabrication is a multifaceted process of creating metal parts or structures out of sheet metal. Cutting: Cutting metal into pieces of precise dimensions or dividing large sheets into several parts are examples of sheet metal processing. You can cut sheet metals manually using power tools, metal saws, lasers … Continue reading Sheet Metal Fabrication
How is Brass Made?
Crafting brass is a complex journey that involves more than meets the eye. It takes both science and artistry to transform raw materials into beautiful objects. Creating brass involves several processes before it can become its recognizable bright gold appearance. Each step adds something special until we finally have one of mankind’s most enduring materials … Continue reading How is Brass Made?
What is the difference between Aluminum Association, American Standard and Sharp Corner?
It’s one of those pieces of information that we all seem to misplace…what really IS the difference between Aluminum Association, American Standard and Sharp Corner products? First, let’s name that shape! The base, or depth, is often noted as the first dimension of the shape. The thickness, or web, is the thickness of the base/depth. … Continue reading What is the difference between Aluminum Association, American Standard and Sharp Corner?
How it’s Made: Aluminum
Aluminum, whether or not you know, is present in our daily lives in some fashion. But how did it get that way? Let’s step back to look at how aluminum is made. The first step in aluminum production is mining. Mining takes place in Bauxite-rich regions of the world such as the Caribbean, Australia and … Continue reading How it’s Made: Aluminum
Tempering Designations for Aluminum
Aluminum is naturally a soft, low-density metal – too soft to be used for any structural applications in its pure form. Yet we see aluminum used regularly in high stress applications: construction, aircraft, even space shuttles. So how does such a ductile metal become so strong?The first step is creating an aluminum alloy. Adding alloying … Continue reading Tempering Designations for Aluminum