CW505L Lead Free Brass

CW505L Lead Free Brass Specification

Purity
99.3% min

Strength
High tensile strength

Hardness
Soft to Half Hard

Material
Lead Free Brass

Alloy
CW505L

Shape
Other

Moisture
Nil

Chemical Composition
Cu: 62-64%, Zn: Remainder, Pb: 0.02%

Application
Sanitary fittings, Electrical, Automotive

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

Color
Yellowish Golden

Melting Point
900C - 940C

Elongation
30% min

Form
Extruded / Drawn

Surface Finish
Bright / Polished

Standard
EN 12165 / EN 12164 / EN 12167

Corrosion Resistance
Excellent

Density
8.47 g/cm3

Tolerance
Close tolerance as per requirement

CW505L Lead Free Brass Trade Information

Minimum Order Quantity
2 Tons

Supply Ability
1000 Tons Per Month

Delivery Time
7 Days

About CW505L Lead Free Brass

CW505L

CuZn30 as well as CuZn28 is combining excellent cold forming properties with good mechanical strength. CuZn30 has good hot forming properties and excellent soldering and brazing properties. Due to the outstanding deep drawing properties CuZn30 and the other two mentioned alloys are called deep draw or cartridge brass.

Superior Performance and Safety

CW505L Lead Free Brass offers a unique blend of high tensile strength and flexibility, ensuring reliable use in demanding applications. With a negligible lead content (max 0.02%) and excellent corrosion resistance, it promotes safety, especially in sanitary and electrical uses where contamination is a concern.

Customizable for Diverse Applications

Available in a range of shapes and sizes, including bars, rods, sheets, and strips, CW505L can be tailored to highly specific dimensions. Its bright, polished finish and yellowish golden color enhance both functionality and appearance for manufacturers in the sanitary, electrical, and automotive industries.

FAQ's of CW505L Lead Free Brass:

Q: How is CW505L Lead Free Brass typically processed for manufacturing applications?

A: CW505L Lead Free Brass is commonly produced through extrusion or drawing, providing flexibility in forming bars, rods, sheets, or strips. The alloy can be customized in dimension, hardness, and surface finish (bright or polished) as per specific requirements.

Q: What benefits does using lead-free brass CW505L provide over traditional brass alloys?

A: CW505L is lead-free, minimizing health and environmental risks associated with lead exposure. It offers excellent corrosion resistance, high tensile strength, and meets stringent European standards, making it ideal for sanitary and electrical applications where purity and safety are paramount.

Q: When should CW505L be selected for component manufacturing?

A: CW505L Lead Free Brass is recommended for manufacturing when applications demand a combination of high strength, excellent formability, superior corrosion resistance, and compliance with lead-free regulations, such as in water fittings, electrical parts, and automotive connectors.

Q: Where can CW505L Lead Free Brass be used most effectively?

A: This alloy excels in sanitary fittings (such as faucets and valves), electrical terminals and connectors, as well as automotive parts requiring high durability and resistance to corrosion. Its lead-free nature makes it suitable even for sensitive applications involving potable water.

Q: What chemical composition defines CW505L Lead Free Brass?

A: CW505L is primarily composed of copper (62-64%), with zinc as the balance and a maximum lead content of 0.02%. Moisture is absent, and the material maintains a purity level of at least 99.3%, ensuring consistent performance in specialized uses.

Q: How does the customization process work for dimensions and tolerances?

A: Manufacturers offer CW505L in customized dimensions (length, width, height) and close tolerances, as specified by client requirements-enabling precise integration into diverse assembly lines and end products.

Q: What are the main usage advantages of CW505L Lead Free Brass in industry?

A: CW505L stands out due to its non-toxicity, mechanical strength, ease of shaping or machining, and long-term resistance to corrosion, making it a favored material for producing reliable, high-quality sanitary, electrical, and automotive components.