T10 Tool Steel Chemical Composition, Mechanical Properties & Equivalent vs T7 Tool Steel, T7A Chemical Composition, Properties & Equivalent
Comparaison des notations
Résistance
T10 Tool Steel Chemical Composition, Mechanical Properties & Equivalent
5/10
T7 Tool Steel, T7A Chemical Composition, Properties & Equivalent
4/10
Résistance à la corrosion
T10 Tool Steel Chemical Composition, Mechanical Properties & Equivalent
3/10
T7 Tool Steel, T7A Chemical Composition, Properties & Equivalent
3/10
Légèreté
T10 Tool Steel Chemical Composition, Mechanical Properties & Equivalent
5/10
T7 Tool Steel, T7A Chemical Composition, Properties & Equivalent
5/10
Usinabilité
T10 Tool Steel Chemical Composition, Mechanical Properties & Equivalent
6/10
T7 Tool Steel, T7A Chemical Composition, Properties & Equivalent
6/10
Efficacité des coûts
T10 Tool Steel Chemical Composition, Mechanical Properties & Equivalent
9/10
T7 Tool Steel, T7A Chemical Composition, Properties & Equivalent
9/10
Résistance à la température
T10 Tool Steel Chemical Composition, Mechanical Properties & Equivalent
7/10
T7 Tool Steel, T7A Chemical Composition, Properties & Equivalent
7/10
Comparaison des propriétés
| Property | T10 Tool Steel Chemical Composition, Mechanical Properties & Equivalent | T7 Tool Steel, T7A Chemical Composition, Properties & Equivalent |
|---|---|---|
| Métal de base | Steel | Steel |
| Résistance à la traction | — | — |
| Limite d'élasticité | — | — |
| Allongement | — | — |
| Dureté (Brinell) | — | 187.0 HB |
| Module d'élasticité | — | — |
| Densité | — | — |
| Point de fusion | — | — |
| Conductivité thermique | — | — |
| Soudable | — | — |
| Traitable thermiquement | — | — |
| Magnétique | — | — |