Hunan Fushun Metal Co., Ltd.

Hunan Fushun Metal Co., Ltd.

Manufacturer from China
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FDCrV Oil Hardened Spring Steel Wire

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Hunan Fushun Metal Co., Ltd.
City:changsha
Province/State:hunan
Country/Region:china
Contact Person:MsFlorence Tang
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FDCrV Oil Hardened Spring Steel Wire

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Brand Name :Fushun
Model Number :FDCrV
Certification :ISO9001:2008
Place of Origin :China
MOQ :0.1-0.5-1 tons
Payment Terms :L/C, T/T, Western Union
Supply Ability :40,000tons/year
Delivery Time :15-30 days
Packaging Details :nylon/pallet/case
grade :FDCrV
feature :hardened
Form :wires
Surface Condition :black and light oiled
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View Product Description

BS EN 10270-2 Oil hardened and tempered spring steel wire for mechanical springs

oil hardened and tempered spring steel wire that is heat treated in line in the following way: it is first transformed into austenite, quenched in oil or similar quenching medium, followed immediately by tempering by heating to the appropriate temperature.

oil hardened and tempered spring steel wire made from unalloyed or alloyed steels. They are primarily subject to torsional stresses such as in compression and extension springs and in special cases also for applications where the spring wire is subject to bending stresses such as lever springs. As a rule unalloyed steels are used for applications at room temperature whereas alloyed steels are generally used at a temperature above room temperature. Alloyed steels may also be chosen for above average tensile strengths.

What diameter we supply?

Diameter 0.3 to 40mm

Chemical composition

Grade C Si Mn P S Cu Cr V
FDCrV 0.47-0.55 0.10-0.40 0.60-1.20 0-0.02 0-0.02 0-0.12 0.40-0.60 0.15-0.25

What is FD spring steel wire?

The grade for normal applications made from unalloyed or alloyed steel has the abbreviation FD and is intended for static applications.

The static grade FD is characterized by its chemical, mechanical and technological characteristics as well as by a specified surface condition concerning surface defects and decarburization.

Testing and inspection

Coiling test

Torsion test

heat analysis;

result of the tensile test

result of the torsion test

actual wire diameter

Tensile test

Tensile Strength

Nominal wire
diameter (mm)
Permissible
deviations
mm
FDC
MPa
FDCrV
MPa
FDSiCr
MPa
d=0,50 ±0,010 1900 to 2100 2000 to 2200 2100 to 2300
0,50<d≤0,60 1900 to 2100 2000 to 2200 2100 to 2300
0,60<d≤0,80 1900 to 2100 2000 to 2200 2100 to 2300
0,80<d≤1,00 ±0,015 1860 to 2060 1960 to 2160 2100 to 2300
1,00<d≤1,30 ±0,020 1810 to 2010 1900 to 2100 2070 to 2260
1,30<d≤1,40 1790 to 1970 1870 to 2070 2060 to 2250
1,40<d≤1,60 1760 to 1940 1840 to 2030 2040 to 2220
1,60<d≤2,00 ±0,025 1720 to 1890 1790 to 1970 2000 to 2180
2,00<d≤2,50 1670 to 1820 1750 to 1900 1970 to 2140
2,50<d≤2,70 1640 to 1790 1720 to 1870 1950 to 2120
2,70<d≤3,00 ±0,030 1620 to 1770 1700 to 1850 1930 to 2100
3,00<d≤3,20 1600 to 1750 1680 to 1830 1910 to 2080
3,20<d≤3,50 1580 to 1730 1660 to 1810 1900 to 2060
3,50<d≤4,00 1550 to 1700 1620 to 1770 1870 to 2030
4,00<d≤4,20 ±0,035 1540 to 1690 1610 to 1760 1860 to 2020
4,20<d≤4,50 1520 to 1670 1590 to 1740 1850 to 2000
4,50<d≤4,70 1510 to 1660 1580 to 1730 1840 to 1990
4,70<d≤5,00 1500 to 1650 1560 to 1710 1830 to 1980
5,00<d≤5,60 1470 to 1620 1540 to 1690 1800 to 1950
5,60<d≤6,00 ±0,040 1460 to 1610 1520 to 1670 1780 to 1930
6,00<d≤6,50 1440 to 1590 1510 to 1660 1760 to 1910
6,50<d≤7,00 1430 to1580 1500 to 1650 1740 to 1890
7,00<d≤8,00 ±0,045 1400 to 1550 1480 to 1630 1710 to 1860
8,00<d≤8,50 1380 to 1530 1470 to 1620 1700 to 1850
8,50<d≤10,00 ±0,050 1360 to 1510 1450 to 1600 1660 to 1810
10,00<d≤12,00 ±0,070 1320 to 1470 1430 to 1580 1620 to 1770
12,00<d≤14,00 ±0,080 1280 to 1430 1420 to 1570 1580 to 1730
14,00<d≤15,00 1270 to 1420 1410 to 1560 1570 to 1720
15,00<d≤17,00 ±0,090 1250 to 1400 1400 to 1550 1550 to 1700

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