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With a quality between hard drawn spring wire and music wire, moderately priced HLT is excellent for springs without servere bends.
The material is cold drawn to the desired size and heat treated by a continuous tempering method. A low temperature stress relief is required after processing. Wire is available is size ranges from 0.30 - 16mm.
| Steel Tempered In Oil And Quenched For Mechanical Springs En 10270-2 |
| Mechanical Characteristics And Specifications |
Oil tempered steel wire is achieved by heating the workpiece to a high temperature and then cooling it in an oil bath.
This hardens the material and improves its resistance to deformation and abrasion. We have available a wide range of chemical compositions of quenched and tempered steel wire based on the EN 10270-2 standard which applies to quenched and tempered spring steel wires.
In the mechanical characteristics section of the product data sheet you can find out what each type of hardened steel wire is used for, as well as the tensile strength of all of them.
The inner and outer diameter measurements and the weight of the coil according to the nominal value in millimetres are also detailed.
Steel for springs tempered in oil and quenched EN 10270-2:2011
Carbon Steel: EN10270-2(C) BS 2803 093A65 DIN 17223 (pt2) VD A230
Carbon Steel: EN10270-2(C) BS 2803 094A65
Carbon Steel: EN10270-2(C) BS 2803 095A65 DIN 17223 (pt2) FD A229
Low Alloy Steel: EN10270-2(CrV) BS 2803 735A50 DIN 17225 50Cr. V4 A231, A232
Chrome Vanadium: EN10270-2SiCr) BS 2803 685A55 DIN 17225 67SiCr5 A401
| TYPE | DESCRIPTION |
| FDC TDSiCr | Suitable for static applications. |
| FDSiCr | |
| FDSiCrV | |
| TDSiCr | Steel wire for springs with medium fatigue levels, such as that required for alloy and non alloy steel clutch springs. |
| TDSiCrV | |
| VDSiCr | Wire for alloy and non-alloy steel springs for use with severe dynamic stresses, such as springs for valves. |
| VDSiCrV |
With a quality between hard drawn spring wire and music wire, moderately priced HLT is excellent for springs without servere bends.
The material is cold drawn to the desired size and heat treated by a continuous tempering method. A low temperature stress relief is required after processing. Wire is available is size ranges from 0.30 - 16mm.
| Steel Tempered In Oil And Quenched For Mechanical Springs En 10270-2 |
| Mechanical Characteristics And Specifications |
Oil tempered steel wire is achieved by heating the workpiece to a high temperature and then cooling it in an oil bath.
This hardens the material and improves its resistance to deformation and abrasion. We have available a wide range of chemical compositions of quenched and tempered steel wire based on the EN 10270-2 standard which applies to quenched and tempered spring steel wires.
In the mechanical characteristics section of the product data sheet you can find out what each type of hardened steel wire is used for, as well as the tensile strength of all of them.
The inner and outer diameter measurements and the weight of the coil according to the nominal value in millimetres are also detailed.
Steel for springs tempered in oil and quenched EN 10270-2:2011
Carbon Steel: EN10270-2(C) BS 2803 093A65 DIN 17223 (pt2) VD A230
Carbon Steel: EN10270-2(C) BS 2803 094A65
Carbon Steel: EN10270-2(C) BS 2803 095A65 DIN 17223 (pt2) FD A229
Low Alloy Steel: EN10270-2(CrV) BS 2803 735A50 DIN 17225 50Cr. V4 A231, A232
Chrome Vanadium: EN10270-2SiCr) BS 2803 685A55 DIN 17225 67SiCr5 A401
| TYPE | DESCRIPTION |
| FDC TDSiCr | Suitable for static applications. |
| FDSiCr | |
| FDSiCrV | |
| TDSiCr | Steel wire for springs with medium fatigue levels, such as that required for alloy and non alloy steel clutch springs. |
| TDSiCrV | |
| VDSiCr | Wire for alloy and non-alloy steel springs for use with severe dynamic stresses, such as springs for valves. |
| VDSiCrV |
With a quality between hard drawn spring wire and music wire, moderately priced HLT is excellent for springs without servere bends.
The material is cold drawn to the desired size and heat treated by a continuous tempering method. A low temperature stress relief is required after processing. Wire is available is size ranges from 0.30 - 16mm.
| Steel Tempered In Oil And Quenched For Mechanical Springs En 10270-2 |
| Mechanical Characteristics And Specifications |
Oil tempered steel wire is achieved by heating the workpiece to a high temperature and then cooling it in an oil bath.
This hardens the material and improves its resistance to deformation and abrasion. We have available a wide range of chemical compositions of quenched and tempered steel wire based on the EN 10270-2 standard which applies to quenched and tempered spring steel wires.
In the mechanical characteristics section of the product data sheet you can find out what each type of hardened steel wire is used for, as well as the tensile strength of all of them.
The inner and outer diameter measurements and the weight of the coil according to the nominal value in millimetres are also detailed.
Steel for springs tempered in oil and quenched EN 10270-2:2011
Carbon Steel: EN10270-2(C) BS 2803 093A65 DIN 17223 (pt2) VD A230
Carbon Steel: EN10270-2(C) BS 2803 094A65
Carbon Steel: EN10270-2(C) BS 2803 095A65 DIN 17223 (pt2) FD A229
Low Alloy Steel: EN10270-2(CrV) BS 2803 735A50 DIN 17225 50Cr. V4 A231, A232
Chrome Vanadium: EN10270-2SiCr) BS 2803 685A55 DIN 17225 67SiCr5 A401
| TYPE | DESCRIPTION |
| FDC TDSiCr | Suitable for static applications. |
| FDSiCr | |
| FDSiCrV | |
| TDSiCr | Steel wire for springs with medium fatigue levels, such as that required for alloy and non alloy steel clutch springs. |
| TDSiCrV | |
| VDSiCr | Wire for alloy and non-alloy steel springs for use with severe dynamic stresses, such as springs for valves. |
| VDSiCrV |
