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INDUCTIONHARDNESS 1.0
CALCULATION OF THE SURFACE HARDNESS HRC AFTER INDUCTION SURFACE HARDENING AND STRESS RELIEF TEMPERING FOR NOT ALLOYED AND ALLOYED SPECIAL STRUCTURAL STEELS AND FOR NOT ALLOYED QUALITY STEELS
LASERHARDNESS 1.0
CALCULATION OF THE SURFACE HARDNESS HRC AFTER LASER SURFACE HARDENING AND STRESS RELIEF TEMPERING FOR NOT ALLOYED AND ALLOYED SPECIAL STRUCTURAL STEELS AND FOR NOT ALLOYED QUALITY STEELS
DEEPHARDNESS 1.0
DEEPHARDNESS 1.0 ESTABLISHES THE MICRO HARDNESS GRADIENT HV1 NECESSARY TO THE CONTACT FATIGUE RESISTANCE FOR MECHANICAL ELEMENTS MADE OF STEEL LIKE: PLANAR CAMS, BEARING RACES WITH ROLLER ROLLING AND ROLLS, CYLINDRICAL COGWHEELS WITH RIGHT AND HELICAL FRIPS
DEEPHARDNESS 2.0
DEEPHARDNESS 2.0 VERIFIES REGARDING CONTACT FATIGUE MECHANICAL ELEMENTS MADE OF STEEL LIKE: PLANAR CAMS, BEARING RACES WITH ROLLER ROLLING AND ROLLS, CYLINDRICAL COGWHEELS WITH RIGHT AND HELICAL FRIPS
DRAWINGSPECIFICATIONS 1.0
DRAWING SPECIFICATIONS FOR HEAT, THERMOCHEMICAL, MECHANICAL AND SURFACE TREATMENTS
CASEHARDENING 1.0
CASEHARDENING 1.0 PROVIDES THE SURFACE HARDNESS VALUES OBTAINABLE AFTER THE EXECUTION OF THERMOCHEMICAL TREATMENTS LIKE CARBURIZING, CARBONITRIDING, NITRIDING AND NITROCARBURIZING FOR EVERY SPECIAL ALLOY AND UNALLOYED STRUCTURAL STEEL
MATERIALS 1.0
MATERIALS 1.0 IS A COLLECTION OF DATASHEET RELATED TO MATERIALS WITH AN INGEGNERISTIC USE THAT PROVIDES MANY DATES ABOUT CHIMICAL, PHYSICAL, MACHANICAL 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; 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; UNI 7846 : 1978; C10; C15; 16MnCr5; 20MnCr5; 18CrMo4; 12NiCr3; 16CrNi4; 20CrNi4; 16NiCrMo2; 20NiCrMo2; 18NiCrMo5; 18NiCrMo7; 16NiCrMo12; UNI 8550 : 1984; 16NiCr11 Quench and tempering steels UNI 7874:1979; UNI 7845:1978; 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; 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; 20MnB5; 30MnB5; 38MnB5; 27MnCrB5-2; 33MnCrB5-2; 39MnCrB6-2 Quench and tempering steels EN 10083-1:1998 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; C20; C25; C30; C35; C40; C45; C50; C55; C60 Quench and tempering steels EN 10083-2:2006; UNI EN 10083-3:2006; 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; C20; C25; C30; C35; C40; C45; C50; C55; C60
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