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Brass Cz121

CZ121 is also known as CW614N in the European standard. It is a free-machining leaded brass alloy.

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Brass machined parts arranged on white background
  • C38500
  • 2.0401
  • CuZn39Pb3
  • CW614N
  • 360-370 MPa
    Ultimate Tensile Strength
  • 115-130 MPa
    Yield Strength
  • 97-100 GPa
    Young's Modulus(Elasticity)
  • 17-20 %
    Elongation at Break

At a Glance

  • Material Type

    Metal

  • Material Name

    Brass Cz121

  • Alternative Names

    C38500 | 2.0401 | CuZn39Pb3 | CW614N

  • Process Compatibility

    CNC Milling, CNC Turning

Properties Table of Brass Cz121

  • Brass float valve replacement parts on white
Properties
  • Ultimate Tensile Strength 360-370 MPa
  • Yield Strength 115-130 MPa
  • Young's Modulus(Elasticity) 97-100 GPa
  • Elongation at Break 17-20%
  • Physical Property
  • Corrosion Resistance Fair to Excellent
  • Thermal Property
  • Thermal Expansion Coefficient 20-21 x 10^-6/°C

Applications of Brass Cz121

  • Electrical connectors
  • Plumbing fittings
  • Automotive components
  • Valve bodies
  • Fasteners and screws
  • Decorative hardware
  • Marine hardware

Advantages of Brass Cz121

Advantages of Brass Cz121
  • Corrosion resistance
  • High machinability
  • Good strength and ductility
  • Excellent thermal conductivity
  • Aesthetic appeal
  • Low friction coefficient
  • Easy to solder and braze
  • Raw brass CZ121 round bar stock before CNC machining Raw Stock
    CNC turning brass CZ121 bar producing bright curling chips CNC Machined
    Brass fitting on white background, isolated Finished Parts

Brass CZ121 — Machining Notes

  • Brass Cz121 in CNC Machining

    CZ121 is also known as CW614N in the European standard. It is a free-machining leaded brass alloy.

    It contains a small amount of lead, which improves its machinability. Meaning, CZ121 is easy to cut and shape during machining processes. Brass CZ121 machines well at higher speeds, so we start with higher cutting speeds and adjust as needed. The specific speeds and feeds depend on the CNC machine, tooling, and other factors. Coolant is generally used during brass machining to dissipate heat and improve tool life. However, in some cases, dry machining may be suitable. CZ121 has a machinability rating of 100%, setting the standard for all other copper alloys.

    This brass variant is extensively used in various industries due to its excellence in high-speed machining and crafting intricate parts. It also has favorable qualities such as good strength, easy soldering/brazing, and high corrosion resistance. It stands out as the preferred choice for a wide range of brass components. We provide CZ121 brass in different shapes like round bars, hollow bars/tubes, hexagon bars, and square bars depending on the application’s requirements.

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  • What is Brass Cz121?

    CZ121 is a designation for a type of brass alloy. Brass is a metal alloy made primarily of copper and zinc.

    The composition of CZ121 typically includes approximately 57% copper (Cu), 3% lead (Pb), and the rest is zinc (Zn), with trace amounts of other elements. The addition of lead improves the machinability of the alloy, that’s why it is easier to cut, shape, and form. However, it’s important to note that the use of lead in certain applications may be restricted due to environmental and health concerns.

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FAQ

Can you weld Brass Cz121?
Brass Cz121 is generally considered weldable using suitable welding processes such as brazing, soldering, or gas welding. However, it's important to note that welding brass requires careful consideration of the specific alloy and proper techniques to avoid degradation of its properties.
Is Brass Cz121 strong?
Brass Cz121 has good strength characteristics. Its strength depends on heat treatment, alloy composition, and the specific mechanical properties required for a given application.
Is Brass Cz121 corrosion-resistant?
Brass Cz121 has good corrosion resistance, especially compared to many other metals. It forms a protective oxide layer on its surface that helps prevent corrosion. However, its corrosion resistance can be influenced by environmental factors, the specific application, and the presence of certain chemicals.

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