May 30,  · UNS C10200 (CW008A) Oxygen-Free Copper. C10200 copper is a lightly alloyed grade of copper, formulated for primary forming into wrought products. CW008A is the EN

6 A - Min. elongation Lo = 50mm (%) (R240) 8 A - Min. elongation Lo = 50mm (%) (R290) 4 Properties Cu-OF Volume resistivity = 0.01724 - 0.01786 Ω*mm²/m ; Equivalent grades of grade

This page cover the CW008A/CW008A Chemical element, Mechanical Properties, CW008A Datasheet, Cross Reference of CW008A Mainly used for 铜及铜合金 - 用于一般用途的板材，片材，带材和圆.

C103 / CW008A is a commercially pure oxygen free copper manufactured by re-melting and pouring in a protective gas atmosphere. The C103 has a minimum copper content of 99.95%

CW008A. DIN. 2.0040 - Cu OF. Machinability. -. Quench hardening no. Polishing. -. Magnetic no. Age hardening no. MIG,TIG,WIG yes. Arc yes. Resistance.

2. mechanical properties of CW008A ; Thermal conductivity W/(mK), > 394, Formability ; Therm. linear expansion-, – Warm ; Coeffizient 10-6/K · 17,7, – Cold ; Modulus 

KANTHAL HANDBOOK. The higher resistivity of KANTHAL alloys high specific resistance and negligible tem- Very common element, for example: Cooking: Hot plates,.

The LT110 Jaw Crusher, an optimal combination of high. Reliable and powerful C110 jaw crusher. The heart of LT110 Jaw Crusher is the reliable and powerful C110 jaw crusher, a combination of long-term experience and the latest know-how in the field.

Rod, bar and wire in copper grades Cu-OF (CW008A), temperature, when the result shall be corrected to the equivalent value at 20 °C, 

C103 (CW1008A) offers the highest electrical conductivity of any commercial commercially pure copper on the market. Purchase C103 copper alloy from Smiths 

A grade of pure copper in machinery, T2 copper refers to a copper-silver alloy, in which the copper + silver element content of copper is >99.9%, and there is no requirement for phosphorus. Pure copper strip (hard, ≥0.3mm) T2 conductivity ≥56Ms/m, Resistance ≤0.0178×10-6 Ω.m. Brand number: T2 Executive standard: GB/T 2059- Density: 8.9 g/cm³