What are the properties of ETP copper?
Table of Contents
Properties of ETP Copper
- Workability. ETP copper is highly workable at both hot and cold temperatures, with a Vickers hardness (HV) range of 45-155.
- Solderability.
- Conductivity.
- Corrosion resistance.
- Heat treatable.
What is CU ETP1?
Copper containing oxygen (CU-ETP1)
What is copper alloy used for?
1 INTRODUCTION. Copper alloys are generally used as lead-frame material because of their high electronic conductivity, thermal transfer property, and corrosion resistance. During the manufacturing process of lead frame, copper alloys are bent, coated, and etched.
What is the meaning of ETP copper?
Electrolytic Tough Pitch Copper (ETP) Description : Electrolytic Tough Pitch, known as ETP Copper or tough pitch copper, has long been the standard type of commercial wrought copper used in the production of sheet, plate, bar, rod, strip and wire.
What is the full form of ETP copper?
Copper used for electrical conductors contain more than 99.9% Cu and are identified as either electrolytic tough-pitch copper (ETP) or oxygen-free high-conductivity copper (OFHC).
Is C110 and C11000 same?
C110 Copper, also known as Electrolytic Tough Pitch, is 99.90% pure copper. ETP 110 is one of the most commonly used commercially pure coppers. C11000 copper has one of the highest electrical conductivity ratings, in excess of 100%IACS.
What are 4 properties of copper?
The main properties of copper are:
- High electrical conductivity.
- High ductility.
- Good heat conductivity.
- Corrosion resistance.
- Good machinability.
- Antimicrobial properties/biofouling resistance.
- Non-magnetic.
What is the strongest copper alloy?
Beryllium copper
Beryllium copper has the highest tensile strength and hardness among all of the copper alloys.
What is tough pitch?
Definition of tough pitch 1 : the exact state or quality of texture and consistency of refined and remelted copper containing about 0.02 to 0.05 percent oxygen. 2 or less commonly tough cake : copper having the quality of tough pitch.