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Cold Work Die SteelProduct Model: T10A
Chemical Composition (Range): C≈0.95–1.04%
Quenched Hardness: 61 – 63HRC
Recommended Quenching Temperature: 770°C – 790°C
Recommended Tempering... -
D2 Cold Work Tool SteelChemical Composition (Typical): C≈1.55%, Cr≈12%, Mo≈0.95%, V≈0.9%
Delivery Hardness: Annealed ≤255HB
Hardness After Quenching & Tempering: 58 – 62HRC
Recommended Quenching... -
SKH51 High Speed SteelChemical Composition (Typical): C≈0.83%, W≈6.4%, Mo≈5%, Cr≈4%, V≈1.9%
Delivery Hardness: Annealed ≤248HB
Quenched Hardness: 62 – 67HRC
Hardness After High-Temperature Tempering:... -
SKH-9 High Speed SteelChemical Composition (Typical): C≈0.85%, W≈6%, Mo≈5.2%, Cr≈4.1%, V≈2%
Hardness After Quenching & Tempering: 63 – 68HRC
Recommended Quenching Temperature: 1180°C –... -
Cold Work Alloy SteelProduct Model: 9CrSi
Chemical Composition (Range): C≈0.85–0.95%, Cr≈0.95–1.25%, Si≈1.2–1.6%, Mn≈0.3–0.6%
Quenched Hardness: 60 – 63HRC
Recommended Quenching Temperature: 830°C –... -
Cold Hardening SteelProduct Model: 9Mn2V
Chemical Composition (Range): C≈0.85–0.95%, Mn≈1.7–2.0%, V≈0.1–0.25%
Quenched Hardness: 58 – 62HRC
Recommended Quenching Temperature: 780°C –... -
Cr5MoV Cold Work Die SteelProduct Model: Cr5MoV
Chemical Composition (Range): C≈0.95–1.05%, Cr≈4.75–5.5%, Mo≈0.4–0.6%, V≈0.2–0.3%
Quenched Hardness: 59 – 63HRC
Recommended Quenching Temperature: 940°C –... -
DC53 Cold Work Tool SteelProduct Model: DC53
Chemical Composition (Typical): C≈1.0%, Cr≈8%, Mo≈2%, V≈0.3%
Low-Temperature Tempering Hardness: 58 – 62HRC
High-Temperature Tempering Hardness: 62 –... -
Cold Work Tool SteelProduct Model: T8A
Chemical Composition (Range): C≈0.75–0.84%
Quenched Hardness: 60 – 62HRC
Recommended Quenching Temperature: 780°C – 800°C
Recommended Tempering... -
High Toughness Cold Work Tool SteelProduct Model: T12A
Chemical Composition (Range): C≈1.15–1.24%
Quenched Hardness: 62 – 64HRC
Recommended Quenching Temperature: 760°C – 780°C
Recommended Tempering... -
SKD12 Cold Work Die SteelProduct Model: SKD12
Chemical Composition (Typical): C≈0.9%, Cr≈1.2%, W≈1.0%
Quenched Hardness: 59 – 63HRC
Recommended Quenching Temperature: 830°C – 850°C
Quenching... -
SKS3 Cold Work Die SteelProduct Model: SKS3
Chemical Composition (Typical): C≈0.95%, Cr≈0.5%, W≈0.5%
Quenched Hardness: 60 – 63HRC
Recommended Quenching Temperature: 800°C – 830°C
Quenching...
webJun 1, 2010 · The effect of cryogenic treatment on the properties of Cr8-type cold work die steel was investigated. The results show that cryogenic treatment increases hardness by...
webNov 13, 2023 · Contrary to popular belief, cold work tool steels aren’t steels that you form in ice or in temperatures that are below zero. Example of what a cold work tool steel looks like. The...
webTo cold work stainless steel, one must bring higher forces to bear in order to deform the metal. This tradeoff results in smoother metal surfaces and greater control over mechanical properties....
webTo cold work stainless steel, one must bring higher forces to bear in order to deform the metal. ... The die cavity matches the punch but is slightly wider, which allows for passage and clearance....
webAir Hardening – Air hardening DC53 is best accomplished under vacuum. First, preheat and hold at 800° C (1,475° F) to 850° C (1,560° F) until the part is uniformly heated and then increase the...
webUddeholm Caldie. Uddeholm Caldie is a medium alloyed tool steel suitable for short and medium run tooling in applications where a combination of very high chipping resistance and compressive...
