Materials 1.0
Materials 1.0 is a collection of datasheet related to materials with an engineering use that provides many dates about chimical, physical, mechanical and technological characteristics compared with the heat treatment state. Furthermore the typical applications, the hardenability and the weldability are defined.
Case-hardening steels EN 10084 : 2000 See all »
C10E; C10R; C15E; C15R; C16E; C10E; C10R; C15E; C15R; C16E; C16R; 17Cr3; 17CrS3; 28Cr4; 28CrS4; 16MnCr5; 16MnCrS5; 16MnCrB5; 20MnCr5; 20MnCrS5; 18CrMo4; 18CrMoS4; 22CrMoS3-5; 20MoCr3; 20MoCrS3; 20MoCr4; 20MoCrS4; 16NiCr4; 16NiCrS4; 10NiCr5-4; 18NiCr5-4; 17CrNi6-6; 15NiCr13; 20NiCrMo2-2; 20NiCrMoS2-2; 17NiCrMo6-4; 17NiCrMoS6-4; 20NiCrMoS6-4; 18CrNiMo7-6; 14NiCrMo13-4
Case-hardening steels UNI 7846 : 1978 See all »
C10; C15; 16MnCr5; 20MnCr5; 18CrMo4; 12NiCr3; 16CrNi4; 20CrNi4; 16NiCrMo2; 20NiCrMo2; 18NiCrMo5; 18NiCrMo7; 16NiCrMo12
Case-hardening steels UNI 8550 : 1984 See all »
16NiCr11
Quench and tempering steels UNI 7874:1979; UNI 7845:1978 See all »
C20; C25; C30; C35; C40; C45; C50; C55; C60; C28Mn; 38Cr2; 34Cr4; 41Cr4; 36CrMn5; 25CrMo4; 30CrMo4; 35CrMo4; 42CrMo4; 32CrMo12; 50CrV4; 24CrMoV5-5; 21CrMoV5-11; 30CrMoV5-11; 40NiCrMo2; 39NiCrMo3; 30NiCrMo8; 40NiCrMo7; 30NiCrMo12; 34NiCrMo16
Quench and tempering steels EN 10083-1:1993 See all »
2 C22; 2 C25; 2 C30; 2 C35; 2 C40; 2 C45; 2 C50; 2 C55; 2 C60; 3 C22; 3 C25; 3 C30; 3 C35; 3 C40; 3 C45; 3 C50; 3 C55; 3 C60; 25CrMo4; 25CrMoS4; 28Mn6; 30CrNiMo8; 34Cr4; 34CrS4; 34CrMo4; 34CrMoS4; 34CrNiMo6; 36CrNiMo4; 36NiCrMo16; 37Cr4; 37CrS4; 38Cr2; 38CrS2; 41Cr4; 41CrS4; 42CrMo4; 42CrMoS4; 46Cr2; 46CrS2; 50CrMo4; 51CrV4
Boron quench and tempering steels EN 10083-3:1997 See all »
20MnB5; 30MnB5; 38MnB5; 27MnCrB5-2; 33MnCrB5-2; 39MnCrB6-2
Quench and tempering steels EN 10083-1:1998 See all »
C22E; C22R; C25E; C25R; C30E; C30R; C35E; C35R; C40E; C40R; C45E; C45R; C50E; C50R; C55E,C55R; C60E,C60R; 25CrMo4; 25CrMoS4; 28Mn6; 30CrNiMo8; 34Cr4; 34CrS4; 34CrMo4; 34CrMoS4; 34CrNiMo6; 36CrNiMo4; 36NiCrMo16; 37Cr4; 37CrS4; 38Cr2; 38CrS2; 41Cr4; 41CrS4; 42CrMo4; 42CrMoS4; 46Cr2; 46CrS2; 50CrMo4; 51CrV4
Quality quench and tempering steels EN 10083-2:1998 See all »
C20; C25; C30; C35; C40; C45; C50; C55; C60
Quench and tempering steels EN 10083-2:2006; UNI EN 10083-3:2006 See all »
C22E; C22R; C25E; C25R; C30E; C30R; C35E; C35R; C40E; C40R; C45E; C45R; C50E; C50R; C55E; C55R; C60E; C60R; 25CrMo4; 25CrMoS4; 28Mn6; 30CrNiMo8; 34Cr4; 34CrS4; 34CrMo4; 34CrMoS4; 34CrNiMo6; 36CrNiMo4; 36NiCrMo16; 37Cr4; 37CrS4; 38Cr2; 41Cr4; 41CrS4; 42CrMo4; 42CrMoS4; 46Cr2; 50CrMo4; 51CrV4; 30NiCrMo16-6; 35NiCr6; 39NiCrMo3; 20MnB5; 30MnB5; 38MnB5; 27MnCrB5-2; 33MnCrB5-2; 39MnCrB6-2
Quality quench and tempering steels EN 10083-2:2006 See all »
C20; C25; C30; C35; C40; C45; C50; C55; C60
Description:
Materials 1.0 represents a support to the metallurgical design of a component, to the inspection during the quality control and to the manufacture of the same. The classification of the materials is performed favouring the alphanumerical designation except for the materials where the trade name is dominant. For completeness and comfort use even some materials belonging to standards by now retired and replaced (for example 18NiCrMo5 case-hardening steel UNI 7846/8550) are considered.
Conditions:
the subdivision of the materials is performed according to the level class 1, 2, 3, 4 and the alphanumerical designation (or trade name)
Usefulness:
- metallurgical design
- quality control
- manufacturing
Use:
- choose the material from the drop-down menus
- click on the icon View datasheet