CuZn10 CW501L - DIN EN 12166-1998

Grade	CuZn10
Germany W-Nr.	CW501L
Corresponding Standard	DIN EN 12166-1998 Copper and copper alloys – Wire for general purposes
Classification	Copper and Copper Alloys
Density	8.8 g/cm³

CuZn10 Chemical Element Composition Content (%)

Component	Fe	Ni	Cu	Pb	Al	Sn	More
Minimum Value	-	-	89	-	-	-	Zn:余量
Maximum Value	0.05	0.3	91	0.05	0.02	0.1	Zn:余量

CuZn10 Mechanical Properties

diameter③ d mm	Mark	Heat Treatment or Condition	Tensile Strength σ_b Mpa	Yield Point σ_s Mpa	Elongation or Extension Rate δ %	Hardness HBW
0.1≤d≤0.5	CuZn10-R290	Soft; R290	290~390	≈140*	≥25*(A100)
0.5<d≤1.5	CuZn10-R280	Soft; R280	280~380	≈130*	≥30(A100)
1.5<d≤4	CuZn10-R270	Soft; R270	270~370	≈130*	≥35(A100)
1.5≤d≤4	CuZn10-H070	Soft; H070				HV: 70~120
4<d≤20	CuZn10-R240	Soft; R240	240~340	≈120*	≥35(A11.3)； ≥40(A)
4<d≤20	CuZn10-H060	Soft; H060				HV: 60~110
0.5≤d≤1.5	CuZn10-R380	1/4 Hard; R380	380~480	≈260*	≥8*(A100)
1.5<d≤4	CuZn10-R350	1/4-Hard; R350	350~450	≈240*	≥12*(A100)
1.5≤d≤4	CuZn10-H115	1/4 Hard; H115				HV: 115~145
4<d≤20	CuZn10-R330	1/4-Hard; R330	330~430	≈230*	≥15(A11.3)； ≥20(A)
4<d≤20	CuZn10-H105	1/4-Hard; H105				HV: 105~135
0.5≤d≤1.5	CuZn10-R470	1/2 Hard; R470	470~570	≈390*
1.5<d≤4	CuZn10-R440	1/2 Hard; R440	440~540	≈370*
1.5≤d≤4	CuZn10-H135	1/2 Hard; H135				HV: 135~165
4<d≤8	CuZn10-R410	1/2 Hard; R410	410~510	≈350*
4<d≤8	CuZn10-H125	1/2-Hard; H125				HV: 125~155
0.5≤d≤1.5	CuZn10-R570	Hard; R570	≥570	≈560*
1.5<d≤4	CuZn10-R530	Hard; R530	≥530	≈520*
1.5≤d≤4	CuZn10-H155	Hard; H155				HV: ≥155
All specifications	CuZn10-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

1 Approximate Comparison Table Brass

China	Japan	United States		International Organization for Standardization		Germany		European Standard		Russia
GB	JIS	ASTM	UNS	ISO	Numerical Grade	DIN EN/DIN	W-Nr.	EN	Numerical Grade	GOST
H90	C2200	90Cu-10Zn	C22000	CuZn10	C22000	CuZn10	C22000 2.0230	CuZn10	CW501L	Л90

2 Approximate Comparison Table Copper and Copper Alloy

Germany		European Standard		Russia
DIN EN/DIN	W-Nr.	EN	Numerical Grade	GOST
CuZn10	2.0230	CuZn10	CW501L	L90

CuZn10 Corresponding Standards(Same grade name, different standards)

1	EN 12163-1998
	CuZn10 CW501L
2	EN 12166-1998
	CuZn10 CW501L
3	EN 12166-2016
	CuZn10 CW501L
4	DIN EN 12163-1998
	CuZn10 CW501L
5	DIN EN 12163-2016
	CuZn10 CW501L
6	DIN EN 12166-2016
	CuZn10 CW501L
7	DIN EN 12166-1998
	CuZn10 CW501L
8	DIN 17660-1983
	CuZn10 2.0230 (Ms90)
9	EN 12163-2016
	CuZn10 CW501L
10	DIN EN 12449-2019
	CuZn10 CW501L
11	EN 12449-2023
	CuZn10 CW501L

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