France · AFNOR NF

Cu PHC

NF EN 13605

Chemical composition

wt% · log scale
0.00010.0010.010.11101001000Bi0.0005Cu99.95P0.001 – 0.006Pb0.005Total Others0.03
  • min – max range
  • typical value

Mechanical properties

value range by condition
HardnessHVHardnessHBWires, H035, 50 mmHardnessHVHardnessHBWires, H065, 10 mmHardnessHVHardnessHBWires, H080, 5 mmYield strength Rp0.2≤120 MPaTensile strength Rm≥200 MPaElongation A≥35 %Wires, R200, 50 mm

Chemical composition

ElementminmaxSimilarRemarks
Bi0.0005
Cu99.95
P0.0010.006
Pb0.005
Total Others0.03AgAg

Mechanical properties

Heat treatment / conditionYield strengthTensile strengthElongationReduction of areaImpact energyHardness
Wires, H035, 50 mmHV 35–70；HB 35–65
Wires, H065, 10 mmHV 70–100；HB 65–95
Wires, H080, 5 mmHV 85–120；HB 80–115
Wires, R200, 50 mm≤120≥200≥35
Wires, R240, 10 mm≤160≥240≥15
Wires, R280, 5 mm≤240≥280≥8

Physical properties

Elastic modulusMean thermal expansionThermal conductivitySpecific heatResistivityDensityPoisson's ratio
0.028.90

Similar grades

GradeRegionSystem
CR020AItalyUNI
CR020ASpainUNE
CR020ASwedenSS
CR020ASwitzerlandSNV
CR020AFinlandSFS
CR020APolandPN
CR020AAustriaONORM
CR020ANorwayNS
CR020ABelgiumNBN
CR020AHungaryMSZ
CR020AGermanyDIN
CR020ACzech RepublicCSN
CR020AUnited KingdomB.S.
CR020ABulgariaBDS
CR020ARomaniaASRO
CR020AFranceAFNOR NF
CW020AItalyUNI
Cu PHCItalyUNI
CW020ASpainUNE
Cu PHCSpainUNE
CW020ASwedenSS
Cu PHCSwedenSS
CW020ASwitzerlandSNV
Cu PHCSwitzerlandSNV
CW020AFinlandSFS
Cu PHCFinlandSFS
CW020APolandPN
Cu PHCPolandPN
CW020AAustriaONORM
Cu PHCAustriaONORM
CW020ANorwayNS
Cu PHCNorwayNS
CW020ABelgiumNBN
Cu PHCBelgiumNBN
CW020AHungaryMSZ
Cu PHCHungaryMSZ
CW020ACzech RepublicCSN
Cu PHCCzech RepublicCSN
CW020AUnited KingdomB.S.
Cu PHCUnited KingdomB.S.
CW020ABulgariaBDS
Cu PHCBulgariaBDS
CW020ARomaniaASRO
Cu PHCRomaniaASRO
CW020AFranceAFNOR NF
CW020AGermanyDIN
Cu-PHCGermanyDIN