C2800 Lead Free Brass

C2800 Lead Free Brass Specification

Strength
High Tensile Strength

Hardness
Soft to Half Hard

Purity
99% Min.

Material
Lead Free Brass

Alloy
C2800

Shape
Other

Moisture
Nil

Chemical Composition
Cu 62~65%, Zn Balance

Application
Electrical, Electronics, Precision Engineering, Stamping, Connector Parts

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

Color
Golden Yellow

Melting Point
900-940 C

Thickness Range
0.1 mm to 16 mm

Elongation
30%

Density
8.44 g/cm3

Conductivity
28% IACS

Surface Finish
Bright

Machinability
Good

Standard
JIS H3100

Corrosion Resistance
Excellent

Tensile Strength
Over 250 MPa

C2800 Lead Free Brass Trade Information

Minimum Order Quantity
2 Tons

Supply Ability
1000 Tons Per Month

Delivery Time
7 Days

About C2800 Lead Free Brass

C2800

C2800 is a lead-free material which is however quite suitable for machining Due to its structural constitution. C2800 can be therefore used as a cost-effective Replacement for conventional lead-containing machining brass provided that it must not meet high requirements as regards mechanical properties and corrosion Resistance.

Excellent Physical and Mechanical Properties

C2800 Lead Free Brass provides a unique blend of softness to half-hard hardness, high elongation, and exceptional tensile strength above 250 MPa. Coupled with good machinability and a notable melting point, this alloy is engineered for superior performance across varied applications.

Superior Corrosion Resistance and Finish

With outstanding resistance to corrosion and a bright, appealing surface, C2800 brass maintains its aesthetic and functionality over time. Its golden-yellow color ensures suitability for visible electrical, electronic, and decorative components in demanding environments.

Tailored to Fit Your Needs

Produced in a range of thicknesses (0.1 mm-16 mm) and customized in length, width, and height, C2800 Lead Free Brass can be supplied as sheets, strips, plates, or rods. This flexibility allows manufacturers and suppliers in India to precisely meet complex design requirements.

FAQ's of C2800 Lead Free Brass:

Q: How is C2800 Lead Free Brass manufactured to ensure lead-free compliance?

A: C2800 Lead Free Brass is produced by carefully controlling the chemical composition, ensuring it contains 62-65% copper and the balance zinc, with no added lead. Strict process management and quality checks are implemented to achieve a minimum purity of 99% and meet JIS H3100 standards.

Q: What are the typical applications for C2800 Lead Free Brass?

A: This alloy is widely used in electrical and electronic components, precision engineering, stamping, and connector parts. Its high conductivity, excellent corrosion resistance, and good machinability make it ideal for sensitive and intricate applications.

Q: When should I choose C2800 Lead Free Brass over traditional brass alloys?

A: Select C2800 when lead-free compliance is required, especially for electrical and precision components where environmental regulations or health considerations prohibit lead content. Its high tensile strength and corrosion resistance also suit demanding environments.

Q: Where is C2800 Lead Free Brass typically supplied from in India?

A: Manufacturers and suppliers across India offer C2800 Lead Free Brass, providing customized dimensions and shapes like sheets, strips, rods, and plates to meet diverse industrial requirements. Leading suppliers ensure products adhere to international standards.

Q: What is the process for ordering customized C2800 brass sheets or strips?

A: Customers can specify the required length, width, thickness (0.1 mm-16 mm), hardness, and shape. After reviewing the technical requirements, manufacturers precisely produce and deliver the material as per the specified standards and dimensions.

Q: How does the excellent corrosion resistance of C2800 benefit its usage?

A: Its exceptional resistance to corrosion extends the lifespan of components, making the alloy suitable for use in harsh or humid environments. This benefits electrical and electronic parts that must retain performance and appearance over time.

Q: What advantages does the high tensile strength of this alloy offer for stamped or precision parts?

A: The high tensile strength (over 250 MPa) ensures that stamped and precision-engineered parts resist deformation and maintain integrity under mechanical stress, providing reliability and durability in end-use applications.