Copper alloy components are widely used in machinery, electronics, automation equipment, and industrial fields. Materials such as copper, brass, bronze, and beryllium copper inherently possess excellent properties, and proper surface treatment can significantly improve their durability, corrosion resistance, and surface quality.

Copper alloys are widely used in automated equipment, electronics, energy systems, and precision instruments. Despite their excellent mechanical, thermal, and electrical properties, their machinability varies considerably. Understanding these properties helps engineers select appropriate materials and ensure stable and cost-effective production. The

Copper alloys are materials made with copper as the base material and added elements such as zinc, tin, nickel, aluminum, or beryllium. Different compositions can enhance mechanical strength, corrosion resistance, and electrical conductivity. Choosing the right copper alloy can ensure your

Titanium alloy is becoming more popular in car making. It’s a metal that brings big benefits to cars—like lighter weight, more strength, and longer life. For car brands looking to make better, more efficient vehicles, titanium alloy is a smart choice.

Titanium alloy is a popular material in many industries. It’s a metal that combines strength, light weight, and durability making it better than many other materials like steel or aluminum in specific jobs.  At CS Molding, we work with titanium alloy to create high-quality parts for global clients. Let’s break down its main advantages. I.Main advantages 1.Light Weight but Super Strong Titanium alloy’s biggest advantage is its strength-to-weight ratio. It’s much lighter than steel but almost as strong. 1.1 Why this matters:

Machining is how we make precise metal or plastic parts. Two common methods are 5-axis machining and conventional machining (like 3-axis). Conventional machining works for simple parts, but 5-axis machining is better for complex, high-precision jobs. At CS Molding, we use