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H13 steel ranks among the most widely used and versatile hot-work tool steels globally, primarily due to its meticulously engineered chemical composition. Designed for extreme conditions, H13 material delivers exceptional reliability even under demanding environments of high temperatures and high stresses. This guide delves into the microscopic chemical world of H13 steel, explaining how its […]

H13 tool steel is globally recognized as the “workhorse” for high-temperature mold applications. As a classic 5% chromium-based hot-work tool steel, its defining characteristic lies in its balanced performance across the three core metrics of toughness, heat resistance, and wear resistance. H13 excels in demanding environments requiring repeated exposure to high-temperature shocks and significant mechanical

H13 tool steel is a 5% chromium hot work tool steel. This versatile alloy steel belongs to the H series of chromium-based hot work steels and is a medium carbon, air-hardening grade. H13 balances toughness, heat resistance, and wear resistance, making it highly suitable for manufacturing tools and components that must withstand high mechanical loads

H13 tool steel (UNS T20813, or DIN 1.2344) is a critical material in the hot-work tool steel industry. It combines high toughness, excellent resistance to thermal fatigue, and the ability to maintain strength at elevated temperatures. Based on these properties, H13 is widely used in the manufacture of die-casting molds, hot-forging dies, and plastic injection

SAE/AISI 52100 steel is an alloy steel occupying a central position in the field of materials science and engineering, particularly in the manufacture of precision mechanical components. It is considered the classic rolling bearing steel, and the comprehensive properties of 52100 steel serve as the benchmark against which the composition of other similar steels is

S7 tool steel is an impact-resistant tool steel. Its greatest advantage is exceptional impact resistance. A characteristic of S7 steel is its “air-hardening” capability. After heat treatment, it can be hardened by cooling naturally in air, rather than requiring immersion in oil or water. S7 exhibits excellent dimensional stability during machining, resisting deformation or cracking.

When manufacturing cold-working tools, selecting the right steel is paramount to determining tool life and efficiency. An ideal tool steel must possess high wear resistance, sufficient toughness, and excellent dimensional stability.  A2, D2, and D3 are the three most commonly used and representative grades of steel. Each of these steels represents a distinct “trade-off” in

Tool steels are a specialized category of iron-based alloys designed specifically for manufacturing tools, dies, and stamping dies used to cut, form, or shape other materials. A common characteristic of these steels is their ability to achieve extremely high hardness, strength, toughness, and outstanding wear resistance through specialized heat treatment processes. Among numerous critical engineering

Air-hardening steel is a critically important category of tool steel in materials engineering. Its widespread application stems from its minimal distortion during heat treatment, excellent deep hardenability, and superior mechanical properties. Air-hardening steels, such as the A and H series, rely on air-cooling—a relatively mild method—to achieve a hard martensitic structure. This stands in stark

Kaynak, şekillendirme ve ısıl işlem, imalat sırasında takım çeliğinin mikro yapısı, mekanik özellikleri ve genel performansı üzerinde derin ve birbiriyle ilişkili etkiler yaratır. Bu işlemler, takım çeliğinin mukavemetini, sertliğini, tokluğunu, sünekliğini ve korozyon direncini belirlerken, aynı zamanda kalıntı gerilmeler ve deformasyon gibi olumsuz faktörlerin varlığını da etkiler. Takım çeliğinin