Beryllium Copper Rods

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Beryllium Copper Rods Specification

Product Type
Beryllium Copper Rods

Material
Beryllium Copper Alloy

Shape
Round Rod

Chemical Composition
CuBe2 (Copper 97.75%, Beryllium 2%)

Purity
99% min.

Weight
Variable (as per order specification)

Dimension (L*W*H)
Standard Lengths from 1 meter to 6 meters, Diameter from 3 mm to 250 mm

Density
8.25 Gram per cubic centimeter(g/cm3)

Grade
C17200, C17500, C17300

Application
Electrical, Electronic, Aerospace, Marine, Automotive, Tooling, Industrial machinery

Color
Coppery bronze

Surface Treatment
Pickled, Polished, Mill finish

Standard
ASTM B196, ASTM B197, BS 2873, EN standards

Finish
Bright, Smooth, Polished, Annealed or Hardened

Machinability
Excellent

Melting Point
866°C to 985°C

Tensile Strength
1200 MPa (max), varies by grade

Thermal Conductivity
105 W/mK

Heat Treatment
Solution annealed and age hardened available

About Beryllium Copper Rods

Features:-

They are ductile and weldable
Non sparking and strong
Non magnetic
Resistant to non-oxidizing acids
Developed from grade raw materials
Properly tested on international norms
Low maintenance
Standard prices

Precision Engineering for Multiple Industries

Beryllium Copper Rods are tailored for diverse applications, ranging from electrical solutions to automotive components. With rigorous compliance to ASTM and EN standards, their robust nature and excellent purity (99% min.) ensure consistent performance. Custom shapes and sizes help meet specific project requirements, making these rods a trusted choice for engineers and manufacturers seeking reliability in demanding environments.

Exceptional Thermal and Mechanical Properties

These rods feature a maximum tensile strength of 1200 MPa and boast superior thermal conductivity. Their density of 8.25 g/cm coupled with outstanding machinability and heat treatment optionssuch as solution annealing and age hardeningmake them highly adaptable for high-stress and heat-sensitive applications in advanced sectors like aerospace and electronics.

FAQs of Beryllium Copper Rods:

Q: How are Beryllium Copper Rods processed for enhanced strength and durability?

A: Beryllium Copper Rods undergo solution annealing and age hardening to optimize their tensile strength, reaching up to 1200 MPa depending on grade. These heat treatments refine the alloys microstructure, resulting in improved mechanical properties and resistance to wear.

Q: What applications benefit most from Beryllium Copper Rods?

A: Beryllium Copper Rods are widely utilized in electrical contacts, tooling, aerospace components, automotive parts, marine hardware, and industrial machinery due to their excellent strength, thermal conductivity, and corrosion resistance.

Q: When should I choose an annealed versus hardened Beryllium Copper Rod finish?

A: Choose annealed rods when formability and machinability are required for shaping complex parts. Hardened rods are ideal for components subject to high stress or wear, offering enhanced strength and durability in demanding applications.

Q: Where are Beryllium Copper Rods commonly distributed or sourced in India?

A: These rods are supplied, traded, exported, and imported by specialist distributors and manufacturers across India, catering to industries such as electronics, marine, and automotive with customization available to meet project specifications.

Q: What is the process for customizing the shape and size of Beryllium Copper Rods?

A: Customization involves selecting the desired dimensionssuch as diameter (3 mm to 250 mm) and length (1 to 6 meters)as well as specifying the required finish, grade, and surface treatment. Orders are processed according to ASTM, BS, and EN standards, ensuring tailored solutions for any industrial need.

Q: What are the main benefits of using Beryllium Copper Rods over other copper alloys?

A: Beryllium Copper Rods provide an optimal balance of high tensile strength, thermal conductivity, and corrosion resistance, making them suitable for applications where standard copper alloys may not perform. Their excellent machinability enables precision parts vital for advanced engineering sectors.

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