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Brass CNC Machining

Best Brass CNC Machining Services Manufacturer from China

Look for superior brass CNC machining services from Kingsun, a leading manufacturer in China. Cut level machining for brass parts using advanced technology. Trust our expert team and we will guarantee accuracy. Get in touch with us today and request a quote.

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Brass CNC Machining Services
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    Kingsun's Brass CNC Turned Parts Solution

    Explore our solutions for top-quality components.

Providing high-quality, high-performance, and well-finished parts is what the Kingsun’s Brass CNC Turned Parts Solution endeavors to achieve. Most of the brass parts produced use advanced CNC and hence great care is put at every step of production making the parts like any other consistent and reliable.

Known to last hard and made with pliable materials, they serve as active components for a comparative number of electrical parts such as car systems, gadgets, and machines. The use of advanced CNC techniques ensures high-quality products that can be adapted to particular needs, making them effective and efficient.

For solutions characterized by advanced technologies and high reliability, look no further than Kingsun's Brass CNC Turned Parts that will serve such diversifying needs of modern day industries.

wholesale brass CNC machining parts

Acquire high quality wholesale brass CNC machining parts at Kingsun for your industrial needs. Standard or custom, Kingsun offers precision parts along with extraordinary customer service. Work with Kingsun for dependable machining services.

Tolerances

±0.05mm

Max part size

200 x 80 x 100 cm

Wall Thickness

0.75 mm

brass CNC machining parts

Kingsun's Expert Brass CNC Machining Explained

Take a look at the breakdown of Kingsun’s Expert Brass CNC Machining! 🔩✨ #manufacturing #brass #CNC

brass Material Comparison

Brass GradeUltimate Tensile Strength (MPa)Elongation (%)Hardness (BHN)
C210280-45530-6060-130
C220315-52025-5570-150
C230300-55020-6060-140
C260310-62015-4580-160
C272315-58510-5090-165
C274310-57520-4585-160
C360370-47025-12100-160
C314295-51510-5065-140
C330300-57010-5075-160
C335290-56012-4570-155
C353285-55010-4065-150
C365280-5408-3560-145
C377280-45020-4065-110
C385275-53030-655-140
C443310-480-80-120
C464300-450-75-115
C485290-43018-4070-110
C770450-8002-40130-240

Utilizing Brass for CNC Machining

When carving out brass through CNC Machining, it is important to consider its various properties that include how well it can be moved by machine and how resistant it is to rust. Brass is used in several industries owing to its utilitarian value as well as aesthetic value. This material has malleability and thermal conductivity and is used to enhance machining in achieving precision and quality.

Brass C260

Brass C260

Brass C260, also referred to as C26000 or Cartridge Brass, is an alloy composed of copper and zinc that has a yellow color and luster. It is very malleable hence it is the most malleable of brasses and is manufactured and used in more amounts than any other copper-zinc alloy. This grade of brass finds applications in the manufacture of ammunition casings, electrical components, electronic parts, mechanical fasteners, and others due to its reasonable strength and corrosion

  • Copper 68.5-71.5 wt% , Zinc 28.5-31.5 wt %. Lead and Iron 0.07% and 0.05% maximum respectively.
  • Density: 0.308 lb/in³ (8.53 gm/cm³)
  • Specific Heat Capacity: 0.375 J/g- degree Celsius
  • Thermal Conductivity is 120 W/m-K at 20 ° Celsius
  • Electrical Conductivity at normal temperature and humidity is 28 % IACS.
  • Material Hardness on Rockwell B: 77
  • Ultimate Tensile Strength: 62000 psi
  • Yield Strength: 52000 psi
  • Elongation: 23 %.
Brass C360

Brass C360

Brass C360 (C36000) is a copper zinc alloy that is used in large amounts in different industries due to its excellent properties including machinability, strength and resistance to corrosion. It is often used in the production of gear, valves, faucets and pneumatic fittings too. Low cost and energy efficient, it is used more in factory works more than others.

  • Composition: Most notably, it is a copper-zinc alloy.
  • Ultimate Tensile Strength: Can be as high as 68,000 psi.
  • Yield Strength: Can be as high as 45,000 psi.
  • Elongation at Break: It is generally in the range of 18 to 25 percent.
  • Rockwell Hardness: B78.
  • Modulus of Elasticity: Approximately 15,000 ksi.
  • Corrosion Resistance: Fair.
  • Machinability: Very good allowing it to be the benchmark of machinability for copper alloys.
Brass C230

Brass C230

C230 Brass, or C23000, also known as Red brass, comprises a copper-zinc alloy with copper percentage reaching as high as 85%. It is highly resistant to corrosive agents. This property makes it suitable for use, for instance, in the commercial decorative waterpipes and in jewelry. Of every type of brass, this alloy best stands up to hot salty water.

  • Chemical Composition: The composition Copper and zinc contains about 85% copper and 15 % zinc.
  • Density: It has a medium density of 8.53g/cm³
  • Tensile Strength: Its value generally lies between 45000 psi and 58000 psi
  • Yield Strength: The yield strength is generally found to be in a range between 15000 psi to 25000 psi.
  • Elongation: Elongation usually occurs to about 35% in a 2-inch gauge length.
  • Corrosion Resistance: Good, especially for dezincification, seasonal cracking, and pitting.
  • Machinability: Relatively good though not as high as those of other types brass alloy such as C360.
Brass C272

Brass C272

Brass C272, also known as C27200 or Yellow Brass, is defined as a copper-zinc alloy. C272 brass categorically possesses good conductivity, strength and corrosion resistance.It is used as tubing, in fasteners and other architectural requirements due to its good cold workability and yellow color also.

  • Color: Full yellow color is present good for embellishment as a functional property.
  • Corrosion Resistance: Corrosion Protection is good thus it can be applied in most of the working environments.
  • Strength and Hardness: C272 brass possesses a fair amount of strength and hardness due to the high zinc contents of the alloy, thus lending itself to structural applications.
  • Workability: Cold working is good while hot working is not. Due to this, shearing and shaping such as may be done.
  • Electrical Conductivity: Good electrical conduction is possible. This is applicable for some electric components.
Brass C464

Brass C464

Brass C464 or Naval Brass C46400 is a Copper Zinc Tin alloy exhibiting superior corrosion resistance in seawater. Cu of 60%, Zn of 39.2% and Sn of 0.8% gives it rigidity and prevents corrosion. As the name suggests, commonly used for marine and industrial purposes for its unique properties and resistance against stress corrosion cracking.

C464 brass, which is often referred to as Naval Brass, is recognized for its very good corrosion resistance, acceptable strength, and workable machinability. The material liquefies between 1630–1650°F and has a density of 0.304 lb/cu in at a temperature of 68°F. The alloy is relatively strong and stiff having a tensile strength of 379-607 MPa (55,000-88,000 psi) and a yield strength of 172-455 MPa (24,900-66,000 psi) depending on the temper of the material. This is very effective in resisting seawater and therefore it finds applications in marine structure.

Finishing Options for Brass CNC Machined Parts
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    Finishing Options for Brass CNC Machined Parts

  • Different types of methods that can be used on the brass components include:Lacquering: Protects brass surface from tarnishing.
  • Polishing: Fine cuts to the surface in order to make it shiny.
  • Plating: A layer of metal is put over the product to avoid rusting.
  • Anodizing: Coating of metal components with metal oxides to increase the life of the component.
  • Powder Coating: It is a strong and colorful finish.
  • Brushing: A modern satin finish is applied.
  • Passivation: improves the steel's ability to resist rust.
  • Lacquering: Protects brass surface from tarnishing.

Discover Kingsun's CNC Surface Finishing Services

Designed with great attention and detail in raising the quality and accuracy of products through the use of modern technologies and professional know-how. Take a look at our detailed guide on CNC surface preparation.

Brass CNC Machining: Expert Guide to Brass Machining & Custom Parts

It has been registered on special precision engineering that use of brass CNC machining templates for making elaborate parts is essential. This article, on brass machining, is aimed at explaining how the dull processes have been made easy. It specifically concentrates on the CNC skills and the reason why brass is useful in this process. It does not matter if you are an expert engineer in the area under consideration or you are a beginner – this essay intends to improve your knowledge with regard to the use of brass in the manufacture of custom parts.

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Frequently Asked Questions

Want to know more about Brass CNC Machining

Q: What is brass CNC machining?

A: Brass CNC machining is a manufacturing process that employs computer numerically controlled machines to fabricate brass parts. It is a process that enables precision and consistency in producing intricate brass parts.

Q: What are the types of brass used for CNC machining processes?

A: The brasses used in CNC machining processes include cartridge brass, free machining brass, and other brass alloys like C360. Different types have particular characteristics that make them appropriate for particular uses.

Q: Why is C360 brass with regard to CNC machining processes?

A: C360 brass is chosen for the CNC machining processes due to its high machinability and other free machining characteristics. Superior machinability of the materials reduces production downtime with increased productivity.

Q: What are the brass properties that influence its machining process?

A: Some of the brass properties that influence the machining of brass include, wear resistance, corrosion resistance, tensile strength, and many others including the alloys. These factors determine how easy it would be to shape as well as finish a brass part during machining.

Q: What are the different types of finishes one would expect from CNC machined brass parts?

A: Finishing processes performed on CNC machined brass components comprise of polishing, anodising, electroplating, and using chemicals. These processes improve not just the looks but also the functions. They enhance the brass parts, providing improved anti-corrosion abilities and wear-resistance.

Q: How do you determine the right brass grade to be used for a particular CNC machining project?

A: When selecting a brass grade for your CNC machining project, factors like machinability of the part, the strength that will be required, it’ll be subjected to corrosion and eventually where the brass part will be used should be considered. It is apparent that each of the brass grades will contain distinct features which will enable it to be used for certain applications.

Q: What industries or sectors does the insert CNC machined brass component find its use?

A: There are multiple uses of the brass CNC machined components such as automotive parts, connectors, plumbing fittings, decorative, and many more. In such cases, evolution in use of Brass has been due to its high conductivity as well as anti-corrosive reasons.

Q: What are the factors you will consider before making a decision to CNC machine brass?

A: In CNC machining of Brass, when picking the alloy, take into consideration the brass type, the necessary mechanical attributes, the layout of the part to be cut and the types of finishes that one can choose from. Grasping these factors will primarily assist in ensuring that the best performance is achieved at the lowest price for the project.

Q: Why is the machining process and the CNC machined brass parts emergency more-effective in boring processes?

A: The machining process is very important, when it comes to the brass CNC machining processes, as it helps in maintaining the quality, precision, and efficiency of production of brass parts. Depending on the machining options used, the type of tools used or the settings employed, some of the above-mentioned physical characteristics of the end product may have a bearing on the surface texture and profile of the end product.

Q: Because CNC machining can provide for custom made brass parts can I easily get such?

A: Yes, custom brass parts can be mass-produced or machined to order from many machining services. This, in turn, makes it possible to have new designs and parts manufactured that are to be used for exact purposes.

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