SCM415 Equivalent Material

SCM415 is a widely recognized material in Japan under the JIS standard. It is a low-alloy chromium-molybdenum steel with notable mechanical properties. Below, you'll find an overview of the equivalent materials across different global standards and regions.

Chemical Composition of SCM415 Chromoly

DIN 1.7262 is a High-Quality Quenched and Tempered Steel, Explore SCM415 Steel Mechanical Properties

DIN 1.7262 undergoes a heat treatment process that includes quenching and tempering, enhancing its mechanical properties such as hardness, ductility, and strength.

Mechanical Properties of SCM415 Steel

Equivalent Materials for SCM415

Physical Properties of SCM415 Steel

Annealing Process of SCM415 Alloy Steel

SCM415 Chromoly Steel Undergoes Carburizing Hardening Treatment, Explore SCM415 Alloy Steel Hardening

Carburizing hardening treatment improves wear resistance and fatigue strength due to the tough high carbon surface layer. This treatment also enhances the ability to resist surface pressure and prolongs the lifespan of parts exposed to stress or harsh environments.

This makes it ideal for products operating in environments that require significant endurance and resilience.

Hardening of Acero SCM415

Tempering of SCM415 Case Harden Steel

15CrMo Steel Has a Yield Strength of 415 MPa, Explore Forging Temperature of Acero SCM415

The yield strength of 15CrMo steel is 415 MPa, and this temperature range is commonly used to produce components like boilers, pressure vessels, and high-pressure and temperature pipes.

Precise control over forging temperature is crucial to achieving optimal mechanical properties and microstructure. After forging, the material undergoes heat treatment to enhance strength, ductility, and hardness.

Forging of X30WCRV93KU Grade

Thermal Properties of JIS G4105 Grade SCM415

Hardness of SCM415 Material

JIS G4105 Grade SCM415 Has a Melting Range of 1382 – 1529 °C, Explore SCM415 Alloy Steel Density

The melting point is critical for ensuring proper heat control during the production of SCM415 and for verifying its structural integrity at high temperatures.

With a density ranging from 7.8 to 7.9 g/cm³, 15CrMo is typical for low-alloy steels primarily composed of iron.

Density of 15CrMo

X30WCRV93KU Grade Offers High Rigidity, SCM415 Case Harden Steel Fatigue Strength

Thanks to its high rigidity, X30WCRV93KU can withstand greater loads without deforming. The addition of molybdenum and chromium enhances its tensile and yield strength, contributing to its high rigidity. Due to these properties, it's commonly used in pressure vessels and high-pressure applications.

When SCM415 is case-hardened, the surface becomes harder, improving fatigue strength. However, it’s essential to perform this process carefully to avoid negatively affecting fatigue strength. Manufacturers should ensure precise execution of this process.

Fatigue Strength of DIN 1.7262

What is SCM415 Steel?

SCM415 is a high-quality quenched and tempered alloy structural steel, belonging to the category of medium carbon, oil-quenched, and surface-treated steel.

Criterion for Heat Treating Conditions of 15CrMo

• Ac: 770~835℃
• Ar: 770~700℃
• Ms: 410℃

Surface Finishes of SCM415 Alloy Steel

• Black Surface
• Grounded
• Peeled/Turned
• Polished

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