C34000 Leaded Brass

C34000 Leaded Brass Specification

Hardness
60-150 HB

Strength
310-550 MPa

Purity
99% Min

Material
Leaded Brass

Alloy
C34000

Shape
Other

Moisture
Nil

Chemical Composition
Cu: 62-65%, Pb: 0.5-1.5%, Zn: Remainder

Application
Automobile, Electrical, Engineering, Hardware & Fittings

Dimension (L*W*H)
Customizable as per requirement

Color
Golden Yellow

Grade
C34000

Standard
ASTM B140/B140M

Finish
Bright / Polished / Mill Finish

Tensile Strength
295-570 MPa

Tolerance
Precision tolerance available upon request

Surface Treatment
As per customer requirement

Size Range
Available in various sizes

Melting Point
900 - 940C

Elongation
25% min

Machinability
Excellent

Conductivity
28% IACS

Density
8.44 g/cm3

C34000 Leaded Brass Trade Information

Minimum Order Quantity
2 Tons

Supply Ability
1000 Tons Per Month

Delivery Time
7 Days

About C34000 Leaded Brass

C34000

C34000 are the standard materials for machining (machining index 100 %). These alloys are also particularly suitable for hot stamping when the forged parts are subsequently machined extensively. Is recommended for applications where cold working with little reduction such as knurling is used. The ductility of this material makes it particularly suitable for the manufacture of wires as well as rods and sections.

Superior Machinability and Strength

C34000 Leaded Brass stands out for its superb machinability (rated at 85%) and broad tensile strength range from 310 to 550 MPa. These features make it a preferred material for manufacturers needing precision and consistent performance, supporting processes like turning, drilling, and forming with ease. The alloy's balance of strength and workability enables faster production cycles.

Adaptable for Multiple Applications

This leaded brass alloy is extensively used in automobile, electrical, engineering, and hardware fittings. Its excellent electrical conductivity (23% IACS min) and corrosion resistance ensure performance stability, even in challenging environments. Fabricators benefit from its customizable shapes and dimensions, tailored specifically for project requirements and unique design specifications.

FAQ's of C34000 Leaded Brass:

Q: How does C34000 Leaded Brass benefit machining operations?

A: C34000 Leaded Brass offers an excellent machinability rating of 85%, making it ideal for high-speed manufacturing processes. This results in cleaner cuts, reduced tool wear, and increased production efficiency for components used in electrical, automotive, and hardware industries.

Q: What applications are best suited for C34000 Leaded Brass?

A: This alloy is widely used in electrical fittings, automotive parts, engineering components, and hardware. Its combination of good strength, corrosion resistance, and conductivity make it reliable for connectors, fasteners, and mechanical parts that require precision and durability.

Q: When should C34000 be selected over standard brass alloys?

A: C34000 is the preferred choice when high machinability, moderate strength, and good corrosion resistance are essential. It is especially recommended when manufacturing complex parts that require excellent surface finish and consistent mechanical properties.

Q: Where is C34000 Leaded Brass primarily supplied and manufactured?

A: Major suppliers and manufacturers of C34000 Leaded Brass are based in India, serving both domestic and international markets. Products can be tailored in terms of shape and size to meet client-specific requirements.

Q: What is the process for obtaining custom dimensions in C34000 Leaded Brass?

A: Customers can specify their required dimensions-length, width, and height-when placing an order. Leading manufacturers offer the ability to customize shapes such as round, hex, flat, or square profiles to suit particular project demands.

Q: How does the alloy's chemical composition affect its properties?

A: With copper content between 62-65%, lead at 0.5-1.5%, and the remainder being zinc, C34000 combines strength, malleability, and improved machinability. The presence of lead reduces friction and enhances the alloy's workability, while still meeting a minimum purity of 99%.