Grade CuBe1.7
European Standard Steel Grade CW100C
Corresponding Standard EN 1654-1998
Copper and copper alloys - Strip for springs and connectors
Classification Copper and Copper Alloys
Properties Fatigue Resistance
Density 8.3 g/cm3
CuBe1.7 Chemical Element Composition Content (%)
Component Fe Be Ni Co Other Total More
Minimum Value - 1.6 - - - Cu:余量
Maximum Value 0.2 1.8 0.3 0.3 0.5
"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.
CuBe1.7 Mechanical Properties
condition Mark
Heat Treatment or Condition
Tensile Strength
σb
Mpa
Yield Point
σs
Mpa
Elongation or Extension Rate
δ
%
Hardness
HBW
Bending Strength σw
Mpa
Strip CuBe1.7-R410 Solution heat treatment + cold rolling R410 410~530 ≥35ⓐ ;≥35ⓑ
Strip CuBe1.7-H090 Solution heat treatment + cold rolling H090 HV: 90~150
Strip CuBe1.7-Y190 Solution heat treatment + cold rolling Y190 190~(380) ≥35ⓐ ;≥35ⓑ
Strip CuBe1.7-R1030 Solution treatment + cold rolling + precipitation hardening R1030 1030~1250 ≥3ⓐ ;≥3ⓑ
Strip CuBe1.7-H330 Solution treatment + cold rolling + precipitation hardening H330 HV: 330~380
Strip CuBe1.7-Y890 Solution treatment + cold rolling + precipitation hardening Y890 890~(1140) ≥3ⓐ ;≥3ⓑ
Strip CuBe1.7-B700 Solution treatment + cold rolling + precipitation hardening B700 HV: (330)~(380) Bending limit ≥700
Strip CuBe1.7-R510 Solution heat treatment + cold rolling R510 510~610 ≥15ⓐ ;≥15ⓑ
Strip CuBe1.7-H120 Solution heat treatment + cold rolling H120 HV: 120~190
Strip CuBe1.7-Y410 Solution heat treatment + cold rolling Y410 410~(560) ≥15ⓐ ;≥15ⓑ
Strip CuBe1.7-R1100 Solution treatment + cold rolling + precipitation hardening R1100 1100~1320 ≥3ⓐ ;≥3ⓑ
Strip CuBe1.7-H340 Solution treatment + cold rolling + precipitation hardening H340 HV: 340~390
Strip CuBe1.7-Y930 Solution treatment + cold rolling + precipitation hardening Y930 900~(1210) ≥3ⓐ ;≥3ⓑ
Strip CuBe1.7-B740 Solution treatment + cold rolling + precipitation hardening B740 HV: (340)~(390) Bending limit ≥740
Strip CuBe1.7-R580 Solution heat treatment + cold rolling R580 580~690 ≥8ⓐ ;≥8ⓑ
Strip CuBe1.7-H180 Solution treatment + cold rolling H180 HV: 180~220
Strip CuBe1.7-Y510 Solution heat treatment + cold rolling Y510 510~(660) ≥8ⓐ ;≥8ⓑ HV: (180)~(220)
Strip CuBe1.7-R1170 Solution treatment + cold rolling + precipitation hardening R1170 1170~1380
Strip CuBe1.7-H360 Solution heat treatment + cold rolling + precipitation hardening H360 HV: 360~410
Strip CuBe1.7-Y1030 Solution treatment + cold rolling + precipitation hardening Y1030 1030~(1250)
Strip CuBe1.7-B800 Solution treatment + cold rolling + precipitation hardening B800 HV: (360)~(410) Bending limit ≥800
Strip CuBe1.7-R680 Solution heat treatment + cold rolling R680 680~830 ≥2ⓐ ;≥2ⓑ
Strip CuBe1.7-H210 Solution treatment + cold rolling H210 HV: 210~290
Strip CuBe1.7-Y620 Solution heat treatment + cold rolling Y620 620~(800) ≥2ⓐ ;≥2ⓑ
Strip CuBe1.7-R1240 Solution treatment + cold rolling + precipitation hardening R1240 1240~1450
Strip CuBe1.7-H370 Solution treatment + cold rolling + precipitation hardening H370 HV: 370~440
Strip CuBe1.7-Y1060 Solution treatment + cold rolling + precipitation hardening Y1060 1060~(1250)
Strip CuBe1.7-B890 Solution treatment + cold rolling + precipitation hardening B890 HV: (370)~(440) Bending limit ≥890
1 Approximate Comparison Table Processing of High Copper Alloys
China Japan United States International Organization for Standardization Germany Russia United Kingdom
GB ISC JIS ASTM UNS ISO Numerical Grade DIN EN/DIN W-Nr. GOST Commercial Grade BS EN/BS
TBe1.7
QBe1.7
T17700 C1700
C17000
98Cu-1.7Be-.3Co C17000 CuBe1.7 C17000 CuBe1.7 C17000
2.1245
БрБНТ1.7 CB101 C17000
2 Approximate Comparison Table Copper and Copper Alloy
Germany European Standard
DIN EN/DIN W-Nr. EN Numerical Grade
CuBe1.7 2.1245 CuBe1.7 CW100C
CuBe1.7 Corresponding Standards(Same grade name, different standards)

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