What is DC53 material?

DC-53 is a general purpose, cold work die and mold steel that also provides excellent strength and toughness that approaches those of high-speed steels. DC53, is an improvement over alloy tool steel D-2. DC-53 is noted for causing less tool wear and machining times that are faster than D2 Tool Steel.

What is SKD11 material?

SKD11 Tool Steel is a high- carbon and high- chromium alloy tool steel. It has good wear resistance and size ability after heat treatment and is suitable for making long-life high-precision cold-work dies.

What is NAK55 material?

NAK55 is a precipitation, or age-hardened mold steel with a through hardness of approximately 40 HRc. NAK55 is ideal for use in plastic and rubber molds and other applications where impact resistance is not critical.

What is the hardness of OHNS material?

OHNS steel rod of 350 mm length and 75 mm diameter with a hardness of 45 HRc was selected as the work material for this investigation. This grade of steel has got a wide range of application in tool and die making industries. It is well known for its high tensile strength and toughness.

Is DC53 stainless?

All encountered cracking problems. DC53 die steel is the preferred die steel for stainless steel stamping dies. Because of the anti-cracking performance of DC53 die steel, it is the better steel in cold work die steel.

What is difference between SKD11 and D2?

The place of birth is different. SKD11 is the general name of the Japanese Ministry of Industry. D2 material is the American mold steel grade, and the alloy composition is Cr12Mo1V1. However, the composition of SKD11 alloy produced in China is lower than the D2 material standard.

What is SKD11 equivalent to?

Cr12MoV
Equivalent Grades: GB Cr12MoV, JIS SKD11, AISI/SAE D3, DIN 2X165CrMoV12. SKD11 is the tool steel, die steel, and high carbon steel possessing high hardness, strength and wear resistance. Its surface is grinded precisely. It is often used for the stamping dies, plastic molds, and so on.

What is full form of OHNS?

Oil Hardened Non-shrinking Steel.

Can you case harden en24t?

No. It can be broken up.

Which steel is better than M390?

At the cost of some corrosion resistance you get amazing edge holding, toughness, and decent enough sharpenability. Based on experience and testing, M4 steel may outperform blade steels such as M390 and S90V in terms of edge retention and M4 is in a completely different league in terms of toughness.

What is a dc53 datasheet?

This page is mainly introduced the DC53 Datasheet, including chemicalinformation,mechanical properties, physical properties, mechanical properties, heattreatment, and Micro structure, etc. It also contains the use of DC53,such as it iscommonly used in bars, sheet,plates, steel coils, steel pipes,forged and other materialsapplication.

What is dc53 steel used for?

DC53 D2 DC53is a general purpose cold work tool steel with exceptional Toughness, Wear Resistance, Compressive Strength and Temper Resistance. These properties are obtained through its chemistry as well as its unique manufacturing process of ladle refinement, vacuum degassing and forging methods.

What is the high temperature double draw for dc53?

The high temperature double draw 520° C (970° F) or higher was part of the development criteria in determining alloy content, and heat treat requirements for DC53. This high temperature double temper relives a considerable amount of stress in the steel which in turn minimizes movement in the part when Wire EDM cutting hardened DC53.

What is the difference between dc53 and D2?

DC53 (63 HRC) D2 (61 HRC) DC53 can typically be machined 20% to 40% faster than D2 while experiencing as much as 50% less tool wear and breakdown. Faster feeds and speeds reduce machining cost and yield an improved surface finish.