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CrMn (1100℃×20min+350℃×10s water cooling) metallographic diagram
Heat Treatment of AISI 4340 CrMn Steel Heat treatment is a process in which certain physical and chemical properties of a metal or alloy are altered by the application of heat. Heat treatment of AISI 4340 CrMn steel is an important component of the manufacturing process and can enhance the proper......
tags: samples heat higher austenite vacuum steel
21/06/2023
1132
Sophie
Metallographic diagram of granular bainite 18Cr2Ni4WA (furnace cooled at 950°C)
18Cr2Ni4WA is a cast austenitic heat-resistant steel with good metallurgical properties and reasonable mechanical properties. This steel is commonly used for components operating at temperatures up to 950°C in the aerospace, power generation and nuclear industries. The microstructure of this stee......
tags: can sample grain bainite ferrite structure
21/06/2023
1058
Hannah
Metallographic diagram of granular bainite 5CrMnMo
Grain Boundary Structures in 5CrMnMo Grain boundaries are the interfaces between individual grains within a microstructural sample of a material. Grain boundaries are typically composed of atomic planes that are not commensurate between the two grains, causing a local difference in lattice parame......
tags: boundaries grain 5crmnmo martensite lath alloy
21/06/2023
1074
Lily
Metallographic diagram of GCr15 (830℃×1h water quenching, 400℃×1h water cooling) steel
Microstructure and Phase Transformation of GCr15 Steel After High-Temperature Water Quenching and Low-Temperature Water Cooling GCr15 steel is a high Cr-content low-alloy steel material with a Cr composition of about 1.2-1.3%. It is annealed at 830°C for 1 hour and then quenched in water at 400......
tags: water gcr15 steel structure temperature ferrite
21/06/2023
1050
Mason
Morphology and X-ray energy spectrum of FeO·Cr2O3 spinel inclusions in GCr15 steel
, GCr15 Steel is a low-carbon, high-chromium martensitic alloy steel made by adding 1% chromium to ordinary ordinary steel, which increases its corrosion resistance and abrasion resistance. The high chromium content and heat treatment process of GCr15 improves its hardness and increases wear resis......
tags: steel gcr15 chromium spinels alloy steel
21/06/2023
1058
Hannah
Metallographic diagram of W18Cr4V (heating and quenching at 1270°C, tempering at 560°C)
Stainless steel is one of the most widely used materials in todays industrial world. Its highly durable, low-maintenance and corrosion-resistant properties make it a highly desirable metal for many applications. In order to maintain and maximize these properties, it is necessary to heat treat the ......
tags: tempering hardening temperature heat h18cr4v treatment
21/06/2023
1051
Justin
Metallographic diagram of W18Cr4V (heated to 1270°C. quenched oil)
The introduction of W18Cr4V W18Cr4V (heat to 1270℃. Quenching oil) alloy is a kind of high vanadium, high chromium, high tungsten, high carbon and high speed steel. It is suitable for making various kinds of tools and parts. With the excellent performance of high hardness, high strength, good we......
tags: w18cr4v high hardness micrograph steel w18cr4v
21/06/2023
1064
Sophie
Metallographic diagram of W6Mo5Cr4V2 steel (vacuum sputtered TiN after vacuum quenching and tempering)
H6Mo5Cr4V2 (vacuum-treated, vacuum-sprayed TiN-coated after annealing) is a precipitation-strengthened stainless steel developed by Hot-work Research and Development Center of Chinas National Non-Ferrous Metal Industry Corporation. This steel is often referred to as H6Mo5Cr4V2p for its high light,......
tags: grain steel size steel resistance corrosion
21/06/2023
1052
Oliver
Metallographic diagram of ZC4Cr13 (quenched and tempered after casting)
Abstract This article aims at introducing a metallographic analysis of a AISI 5120H/ZC4Cr13 (cast, quenched, and tempered) metal sample. Three different types of metallographic analyses have been employed: optical microscopy, scanning electron microscopy (SEM) and X-Ray diffraction (xrd) to study......
tags: sample properties results bainite particles martensite
21/06/2023
1115
Sophia
Low-magnification structure of ZG2Cr13 steel (annealed after casting)
Low Magnification Organization of AISI/SAE 4140 and AISI/SAE 52100 Low-magnification organization of AISI/SAE 4140 (chromium-molybdenum-tungsten alloy steel) and AISI/SAE 52100 (chrome steel) after heat treatment—including quenching and tempering—was studied to define their microstructures and ......
tags: aisisae tempering hardness steel stainless resistance
21/06/2023
1050
Bella
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