Grade CuCr1Zr
Germany W-Nr. CW106C
Corresponding Standard DIN EN 12166-1998
Copper and copper alloys – Wire for general purposes
Classification Copper and Copper Alloys
Density 8.9 g/cm3
CuCr1Zr Chemical Element Composition Content (%)
Component Fe Si Cr Zr Other Total More
Minimum Value - - 0.5 0.03 - Cu:余量
Maximum Value 0.08 0.1 1.2 0.3 0.2
"Other individual elements or other totals": The chemical composition includes elements not specified in the table. Analysis should only be conducted if these elements are suspected to be present, or if routine analysis suggests that their content may exceed the prescribed limits.
CuCr1Zr Mechanical Properties
diameter③
d
mm
Mark
Heat Treatment or Condition
Tensile Strength
σb
Mpa
Yield Point
σs
Mpa
Elongation or Extension Rate
δ
%
Hardness
HBW
2≤d≤10 CW106C-R360 Solution heat treatment + cold working R360 360~460 ≈270* ≥11(A100)
≥13(A11.3)
≥15(A)
2≤d≤10 CW106C-H130 Solid Solution + Cold Working H130 HV: 130~160
2≤d≤10 CW106C-R440 Solution heat treatment + cold working + precipitation hardening R440 440~540 ≈400* ≥8(A100)
≥9(A11.3)
≥10(A)
2≤d≤10 CW106C-H165 Solution heat treatment + cold working + precipitation hardening H165 HV: 165~195
2≤d≤10 CW106C-R470 Solution heat treatment + cold working + precipitation hardening + cold working R470 470~570 ≈440* ≥5(A100)
≥7(A11.3)
≥8(A)
2≤d≤10 CW106C-H170 Solution heat treatment + cold working + precipitation hardening + cold working H170 HV: 170~200
All specifications CW106C-M M No specification No specification No specification No specification
① Material status name and character code: H-hardness (Brinell hardness or Vickers hardness), suffix number indicates the hardness value; R- tensile strength, suffix number indicates the minimum tensile strength value; M- When manufactured, no mechanical properties are specified. See standard EN 1173-2008.
② A100、A11.3、A-gauge length
—Value when the gauge length A100 = 100 mm (d < 4mm).
—Value When the gauge length A = 5.65√So (d > 8mm); When the gauge length A11.3 = 11.3√So (4 < d ≤ 8mm), the minimum elongation value is 40%.
—Value when the gauge length A = 5.65√So (d > 8mm); When the gauge length A11.3 = 11.3√So (4 < d ≤ 8mm), the minimum elongation value is 20%.
—The value when the gauge length A11.3 = 11.3√So (4 < d ≤ 8mm). (See original 8.2Note2 for the above spacing)
Tables such as: softened, 1/8 hard, spring hard, etc., refer to the state of the material in the old standard
③ Or equivalent cross-sectional area for polygonal wire

Note: The data is for reference only! If you have any questions, please fill out "I want to correct it"!