Beryllium Copper Wire C17150 Description
Beryllium Copper Wire C17150 is a high-performance copper alloy wire that combines excellent electrical and thermal conductivity with remarkable strength and resilience. This alloy contains a small percentage of beryllium and cobalt, which significantly enhance its mechanical and physical properties. The wire is known for its superior durability, corrosion resistance, and fatigue strength, making it an ideal choice for demanding industrial applications.
Beryllium Copper Wire C17150 Specifications
Typical Chemical Composition (%)
UNS No.
|
Cu
|
Be
|
Co+Ni
|
C17150
|
Bal.
|
1.8-2.0
|
≥0.2
|
Product Properties
Shape
|
Wire
|
RWMA Class
|
Class 4
|
Principal Element
|
Cu, Be, Co
|
Hardness Rockwell, ≥
|
HRB 80
|
Melting Point (℃)
|
866
|
Density (g/cm3)
|
8.25
|
Elongation at break
|
15.0-30.0%
|
Beryllium Copper Wire C17150 Applications
- Electrical connectors and components
- Precision instruments
- Aerospace and automotive parts
- Telecommunications equipment
- Oil and gas drilling tools
Beryllium Copper Wire C17150 Packaging
Our Beryllium Copper Wire C17150 is carefully handled during storage and transportation to preserve the quality of our product in its original condition.
FAQs
Q1: What is Beryllium Copper Wire C17150?
It is a high-strength, high-conductivity copper alloy wire containing beryllium and cobalt.
Q2: What are the main properties of C17150 Beryllium Copper Wire?
High tensile strength, excellent electrical and thermal conductivity, corrosion resistance, fatigue resistance, and good machinability.
Q3: How does C17150 compare to other copper alloys?
It offers a unique balance of high strength and excellent conductivity, along with superior resistance to fatigue and corrosion.
Specification
Typical Chemical Composition (%)
UNS No.
|
Cu
|
Be
|
Co+Ni
|
C17150
|
Bal.
|
1.8-2.0
|
≥0.2
|
Product Properties
Shape
|
Wire
|
RWMA Class
|
Class 4
|
Principal Element
|
Cu, Be, Co
|
Hardness Rockwell, ≥
|
HRB 80
|
Melting Point (℃)
|
866
|
Density (g/cm3)
|
8.25
|
Elongation at break
|
15.0-30.0%
|