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M3 Steel Guide: From Performance to Application
M3 steel is a molybdenum-based high-speed tool steel with high hardness, high wear resistance and good hot hardness.
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O2 Steel Core Solution for Cold Working Die Steel
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Carbon Steel vs Stainless Steel: Which Is Stronger?
Carbon steel vs stainless steel are both types of steel, but their compositions and properties differ significantly.
What Is a Rolling Machine? How to Choose One?
Rolling machine is usually made of high strength steel, with smooth surface, a certain hardness and wear resistance.
O1 Steel: Heat Treatment, Applications & Performance
O1 steel is a classic oil-hardening tool steel with good processing performance,quenching dimensional stability, high hardness and wear resistance.
D2 Steel VS P20 Steel: How to Choose?
D2 steel vs P20 steel: How to choose? Their average alloy composition is 87% the same. There are 24 material property values in total for both materials.
How 4140 Steel Carbon Content Affects Performance
4140 steel carbon content plays a crucial role in its response to heat treatment. Higher carbon content increases surface hardness.
What’s the Difference Between O1 VS. D2 Tool Steel?
In this comprehensive guide, we will compare O1 vs. D2 tool steel in terms of composition, hardness, applications, and performance characteristics.
Density of Low Carbon Steel: Complete Guide
The density of low carbon steel is a fundamental property that significantly impacts its mechanical behavior, applications, and industrial usage.
M2 Tool Steel: What You Need to Know
M2 tool steel is a common tungsten-molybdenum high-speed tool steel with high hardness, high wear resistance and good heat resistance.