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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
1045
Mason
Metallographic diagram of GCr15 (830℃×1h water quenching, 600℃×1h water cooling) steel
Abstract GCr15 steel is a widely used high-strength alloy structural steel. It has excellent properties such as high-temperature strength, high-temperature fatigue resistance, shock resistance, wear resistance, high toughness, etc. In this paper, the microstructure phase diagram of GCr15 steel wa......
tags: gcr15 steel resistance steel gcr15 high
21/06/2023
1058
Oliver
Metallographic diagram of GCr15 steel (930℃ solid boronizing for 4h)
? This paper studies the microstructural characteristics of medium-carbon bearing steel GCr15 (930℃ solid-state boronizing 4h). It was found that the quenching hardness is higher than HRC 60. The microstructure consists of grains and martensite, and a small amount of borides. It has good wear res......
tags: steel wear treatment ferrite precipitations content
21/06/2023
1039
Oliver
Low microstructure and non-metallic inclusions in GCr15 steel
GCr15 Steel Low Magnification Microstructure and Non-Metallic Inclusions GCr15 steel is one of the chromium-containing steels and is used for applications such as ball bearings and razor blades. The manufacture of such components requires an adequate understanding of the metallurgy and working ch......
tags: steel inclusions gcr15 impurities nonmetallic steel
21/06/2023
1061
Sophie
Metallographic diagram of Q235 steel (950℃ solid boronizing 6.5h)
Q235 Steel (Carburized at 950°C for 6.5 Hours) Metallographic Analysis Q235 steel is a low-alloy, non-heat-treatable carbon steel commonly used in engineering and construction applications. It is typically used in cargo containers, aircraft frames and automotive components. In this report, a cro......
tags: pearlite steel had steel hardness hardening
21/06/2023
1072
Liam
Metallographic diagram of T12 (spheroidizing annealing)
The microstructure of a T12 (ballized) heat treated alloy is an extremely important factor that plays into the properties of the final product. In order to determine the best alloy properties for a particular application, it is necessary to understand the microstructural features of the T12 heat t......
tags: heat t12 process process used layer
21/06/2023
1069
Sophie
Metallographic diagram of T12 (quenched and tempered)
T12 Steel Microstructure Analysis T12 steel is an important tool steel that can be used in a variety of applications. It is well known for its excellent strength and toughness. It is also used for its wear resistance. With proper heat treatment, it can be used for high-quality tooling and cutting......
tags: steel microstructure t12 process steel treated
21/06/2023
1043
Avery.
Metallographic diagram of T10 steel after high temperature quenching
T10 steel is a kind of high temperature hardened steel, and its high temperature quenching light microstructure is mainly martensite. The T10 steel after surface quenching by high temperature, the morphology of the roller cross section is there is obvious plane of separation between pearlitic and ......
tags: steel has t10 tempered martensite pearlite
21/06/2023
1049
Sophie
T10 steel (920 ℃ solid boronizing 4h air cooling) metallographic diagram
Abstract The martensitic transformation behavior of a type ofFriction Stir Welding C-Mn-Si-Cr-Mo-V-Ti-B hot rolled (HR) steel (grade T10 NW) was studied. The samples were heat treated at 920°C for 4 hours followed by air cooling. Microstructural characterization was performed by optical microsco......
tags: ferrite martensite steel steel fatigue strength
21/06/2023
1057
Ava
Metallographic diagram of T12A
A microscopic examination is carried out on a specimen of the steel grade AISI 4340 which was heat treated in the lab. This steel grade is a low alloy, heat treatable steel grade containing chromium, nickel, molybdenum, and other alloy elements. A polishing of the specimen was completed in the lab......
tags: steel grain heat 4340 ferrite grains
21/06/2023
1053
Sophia
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