China High-Quality Brass CNC Machining Services | Yumei Hardware

The augmentation in price can be attributed to the integration of cutting-edge technologies, encompassing intricate software systems, servo motors, precision ball screws, linear guidance mechanisms, and various other essential components that facilitate unparalleled accuracy and control over the cutting tools. This technological sophistication contributes significantly to the overall cost structure, dated 26th April, 2024.

Optimal Brass Alloys Suited for CNC Manufacturing
Composition Popular Designation
C360 Effortless Machining Brass
C230, Composition: Approx. 85% Cu, 15% Zn,

Brass possesses an exceptional softness, rendering it incredibly simple to slice through. This unique characteristic redefines the expression, "[slices as smoothly as butter." This very attribute is what makes brass highly accommodating in terms of feed rates and cutting speeds. Whether fast, slow, or any speed in between, it serves as an ideal metal for beginners embarking on their machining journey.

Distinguishing itself from steel and iron, 360 brass exhibits exceptional corrosion resistance. This exceptional characteristic, along with its inherent strength, positions it as a prominent member among copper alloys, frequently favored for various applications. With a machinability rating of 100, it stands unparalleled, boasting the supreme machinability among all copper alloy options.

Furthermore, brass is among the most straightforward materials to process with machinery, notably when juxtaposed against aluminum. While aluminum frequently adheres to tools, brass appears to effortlessly yield to the process, avoiding such entanglements. 13th August, 2019

Brass possesses remarkable tensile durability and exhibits effortless machinability, rendering it an optimal choice for intricate components requiring low-friction properties. Examples of such brass-turned parts include intricate locks, precisely engineered gears, smooth-operating valves, and durable bearings.

When it comes to the semi-hardened state, 260 Brass possesses a machinability index of 30, whereas 360 brass boasts a rating of 100. Notably, 260 Brass exhibits the pinnacle of ductility within the yellow brass family. Although soldering and brazing with moderate to fair outcomes are achievable, welding is not an advisable practice for 260 Brass.

Processability – The majority of brass compositions incorporate lead or alternative pliable metallic elements, rendering it a superior material in terms of ease of machining when juxtaposed against steels, titanium, and other resilient metals. Resistance to Deterioration – Brass encompasses a diverse spectrum of alloys, including those fortified with tin, that effectively impart a barrier against the corrosive effects of saltwater environments.

Brass possesses numerous qualities that render it highly suitable for Computer Numerical Control (CNC) machining endeavors, such as its remarkable resistance to corrosion, exceptional ease of machinability, superior electrical conductivity, and visually appealing nature. Among the diverse grades of brass available, C360 and C260.5 stand out as the most prevalent choices for CNC machining applications.

Brass exhibits numerous qualities that render it a superior choice for Computer Numerical Control (CNC) machining processes. Among these attributes are its resistance to corrosion, exceptional machinability, elevated electrical conductivity, and visually appealing aesthetic qualities. While brass encompasses various grades, the two most frequently utilized in CNC machining applications are C360 and C260.