Cold Stamping Steel

for Quenching And Tempering

Steels with high mechanical characteristics

Quenched and tempered steels, with percentages of carbon that vary between 0.21% and 0.60%, have a chemical composition specially made to guarantee the best performance after the heat treatment, consisting of a hardening and a subsequent tempering.

These steels are suitable to withstand high loads, shocks, vibrations and above all to resist fatigue. They have the best compromise between mechanical resistance and toughness.

The complete range of quenched and tempered steels, diversified by chemical composition and therefore by hardenability, allows applications in practically every product sector, satisfying both the metallurgical and mechanical needs of all customers.

Delivery condition and surface

Delivery Condition Name Wire rod Steel wire
Cold drawn +C x
Cold Drawn and Annealed +C+AC x
Cold Drawn then Annealed and Skin passed +C+AC+LC x
Annealed +AC x
Annealed and Cold Drawn +AC+C x
Surface Wire rod Steel wire
Bright Steel x
Stearated x
Phosphated x x
Polymer x x
Pickled x

Quenched and tempered cold forming steel datasheet

Ref. Steel Standard EN Classification
1.0406 C25 UNI EN ISO 683-1: 2018 Steel
Ref. Steel Standard EN Classification
1.0501 C35 UNI EN ISO 683-1: 2018 Non alloyed steel
Ref. Steel Standard EN Classification
1.0511 C40 UNI EN ISO 683-1: 2018 Non alloyed steel
Ref. Steel Standard EN Classification
1.0528 C30 UNI EN ISO 683-1: 2018 Steel
Ref. Steel Standard EN Classification
1.1133 20Mn5 UNI EN 10269: 2013 Non alloy special steel
Ref. Steel Standard EN Classification
1.1158 C25E UNI EN ISO 683-1: 2018 Steel
Ref. Steel Standard EN Classification
1.1178 C30E UNI EN ISO 683-1: 2018 Steel
Ref. Steel Standard EN Classification
1.1181 C35E UNI EN ISO 683-1: 2018 Non alloy special steel
Ref. Steel Standard EN Classification
1.1186 C40E UNI EN ISO 683-1: 2018 Alloy special steel
Ref. Steel Standard EN Classification
1.1191 C45E UNI EN 10269: 2013 Non alloy special steel
Ref. Steel Standard EN Classification
1.1210 C53E UNI EN ISO 683-1: 2018 Alloy special steel
Ref. Steel Standard EN Classification
1.5502 17B2 UNI EN 10263-4: 2017 Special alloy steel
Ref. Steel Standard EN Classification
1.5507 23MnB3 UNI EN 10263-4: 2017 Special alloy steel
Ref. Steel Standard EN Classification
1.5508 23B2 UNI EN 10263-4: 2017 Special alloy steel
Ref. Steel Standard EN Classification
1.5510 28B2 UNI EN 10263-4: 2017 Special alloy steel
Ref. Steel Standard EN Classification
1.5511 35B2 UNI EN 10269: 2013 Special alloy steel
Ref. Steel Standard EN Classification
1.5514 33B2 UNI EN 10263-4: 2017 Special alloy steel
Ref. Steel Standard EN Classification
1.5515 38B2 UNI EN 10263-4: 2017 Special alloy steel
Ref. Steel Standard EN Classification
1.5520 17MnB4 UNI EN 10263-4: 2017 Special alloy steel
Ref. Steel Standard EN Classification
1.5525 20MnB4 UNI EN 10263-4: 2017 Special alloy steel
Ref. Steel Standard EN Classification
1.5526 30MnB4 UNI EN 10263-4: 2017 Special alloy steel
Ref. Steel Standard EN Classification
1.5535 23MnB4 UNI EN 10263-4: 2017 Special alloy steel
Ref. Steel Standard EN Classification
1.5536 27MnB4 UNI EN 10263-4: 2017 Special alloy steel
Ref. Steel Standard EN Classification
1.7033 34Cr4 UNI EN 10263-4: 2017 Special alloy steel
Ref. Steel Standard EN Classification
1.7034 37Cr4 UNI EN 10263-4: 2017 Special alloy steel
Ref. Steel Standard EN Classification
1.7035 41CR4 UNI EN 10263-4: 2017 Special alloy steel
Ref. Steel Standard EN Classification
1.7202 37CrMo4 UNI EN 10263-4: 2017 Special alloy steel
Ref. Steel Standard EN Classification
1.7218 25CrMo4 UNI EN 10269: 2013 Special alloy steel
Ref. Steel Standard EN Classification
1.7220 34CrMo4 UNI EN 10263-4: 2017 Special alloy steel
Ref. Steel Standard EN Classification
1.7225 42CrMo4 UNI EN 10263-4: 2017 Special alloy steel