Our service in CNC Machining of brass provides industries with expertly made brass components. With the aid of CNC Technology and top-tier materials, we explicitly manufacture parts that require utmost precision, strength, and reliability. Regardless of the scope, whether prototype or bulk, we fulfill your requirements and timelines.
Brass CNC machining carries significant advantages like accuracy, effectiveness, and sturdiness which provide dependable, high-class manufacturing throughout different sectors.
Advanced CNC equipment guarantees intricate contours are achieved within specified tolerances.
Cost relative to task complexity is diminished due to machining rate and material wastage.
Accommodates small, fine-featured pieces and large, bulk components alike.
Elements are constructed to serve in extreme conditions and are protected against corrosion.
Ability to manage production of prototypes and models in small quantities, as well as pieces in bulk.
Achieves desired quality throughout all production cycles.
C3604 Brass is a free-cutting copper-zinc alloy with 61%-68% copper, encompassing excellent machinability. It is an enhanced 60/40 brass variant and is well suited for mass production, owing to its exceptional cutting characteristics and greater efficiency in manufacturing processes.
H59 brass is a GB standard alloy from China that consists of 59% copper and zinc. It may be used in industrial and decorative applications, and in the marine industry because of its strength and hardness. It also features an excellent resistance to corrosion while remaining affordable. H59 brass excels in machining, forging and hot processing.
H62 Brass is categorized as a copper-zinc alloy since it contains 62% copper and 38% zinc. It is also highly resistant to corrosion, has exceptional mechanical strength, and is versatile in use due to its composition.
C210 Brass or Gilding Metal is an alloy made up of 95% copper and 5% zinc. It holds moderate electrical conductivity, is highly durable and economical which makes it ideal for deep drawn electrical parts.
C220 Brass or Commercial Bronze, is 90% Copper and 10% Zinc. It is ideal for making medals, jewlery and hardware because its offers strength, corrosion resistance, and formability.
Red brass or C230 is an alloy comprised of 85 percent copper and 15 percent zinc. C230 brass is strong, has a high enduring corrosion and rust, and is known for it's long lasting durability. It is widely used for plumbing fire hose couplings, condensing systems, industrial components and even cosmetical uses.
C260 brass, Cartridge brass, is the most common of all grades due to its versatility. It is a copper zinc alloy made up of 70 percent COPPER and 30 percent Zinc making it highly adaptable to a range of applications.
C272 Brass or C27200 Yellow Brass is highly zinc dominant 63.5% copper zinc alloy (yellow brass). This copper alloy is known for strength, ductility, and excellent cold working properties. It is widely used in making tubing, fasteners, and heat exchangers.
Yellow brass or C27400 is an alloy of copper and zinc. Consisting of 63% copper and 37% zinc, this malleable, useful alloy is commercially valuable for cold forming as well as in heavy-duty machining.
C314 brass (C31400) is a commercial bronze with lead containing 89% of copper, 9% of zinc, and 2% of lead. It is known for it`s corrosion resistance and sophistacated electrical and thermal conducing. Because of these characteristics it is machined widely used in industries as well electrical and hardware.
C360 or C36000 brass is a copper-zinc-lead alloy renowned for its high machinability along with good strength and corrosion resistance. It is relatively inexpensive and is commonly utilized in rods and bars, making it easy to recycle. The alloy finds wide application across different industries.
C464 brass, Naval brass is a corrosion-resistant alloy comprising 60% copper, zinc 39-40%, and 0.8-1% of tin. This alloy is ideal for seawater applications because of its strength and resistance to saltwater corrosion.
| Property | C3604 Brass | H59 Brass | H62 Brass |
|---|---|---|---|
| Copper (Cu) | 57-61% | 59-62% | 61-63% |
| Zinc (Zn) | 32-39% | 38-40% | 36-38% |
| Lead (Pb) | 1.8-3.7% | Trace amounts | Trace amounts |
| Iron (Fe) | Up to 0.5% | Trace amounts | Trace amounts |
| Tensile Strength | ~335 MPa | 315-350 MPa | 290-360 MPa |
| Hardness | ~80 HV | 60-80 HRB | 60-80 HRB |
| Corrosion Resistance | Good | Good | Better than H59 |
| Machinability | Excellent (due to lead content) | Excellent | Good |
| Ductility/Formability | Moderate | Moderate | High |
| Applications | Electrical connectors, automotive parts, plumbing fixtures, decorative items | Plumbing fixtures, decorative items, general engineering | Electrical components, marine hardware, decorative arts, plumbing fittings |
Brass parts are machined to manufacture precise connectors, durable gears, reliable fittings, and high-quality valves that perform exceptionally well.
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We realize flawless brass CNC machined parts to exceed customer expectations. Due to our unbending standards, continuous technological improvements, as well as customers’ focused approach, we deliver exceptional outcomes each and every time.
A: CNC Brass Machining is a subdivision of brass machining, where CNC machinery is used to accurately craft leads out of copper-zinc alloys. CNC operations ensure higher precision compared to other machining processes because of the involvement of computers, increasing the standard for brass parts cnc machining masterpieces.
A: Different types of brasses, each with unique mechanical properties, can undergo CNC machining. Free-cutting brass, naval brass, and alpha brass are common types of brass, renowned for their good malleability, and high tensile strength.
A: The automotive industry, plumbing industry, and electronics industry utilize CNC brass machining to make various components. The irreplaceable need is for those components which are manufactured undergoing stringent quality standards cnc machining for strength and endurance.
A: The benefits of using CNC brass for machining parts are numerous such as exceptionally good corrosion resistance, good thermal and electrical conductivity, alongside other mechanical properties sufficient for the demanding environments needed for precision parts.
A: Previously mentioned, the surface finishes for cnc machined brass depend on the needs of the project. Some finishes that can be used include but are not limited to: polishing, plating, and coating; all of which improve the value and utility of the cnc parts.
A: To maintain precision in brass cnc machined components, our brass machining service integrates modern cncs with skilled operators whose specialization is brass cnc machining. As part of our comprehensive offering of brass cnc machining services, we ensure that every design is constructed to the required specifications and tolerances.
A: In relation to cnc brass machining, rapid prototyping is important because it is capable of producing sample parts and components in a very short amount of time. This assists in evaluating the practicality of a design’s concept and making modifications before large-scale manufacturing to ensure the outcome meets expectations.
A: The quality of cnc machined brass parts is clearly determined by the machining capabilities within a firm. More advanced machining capabilities permit more accurate cnc execution which enhances the detailing and complex shape construction possible without compromising the alloy integrity of copper and zinc.
A: Ample precision is necessary for the quality of brass components, thus making precision CNC machining indispensable as it enforces all dimensional and surfacing standards set without possibility of deviation. It is this level of precision, paired with quality brass, which gives strength and reliability to the components needed in various industries.
