The microstructure of 35crMo alloy steel subjected to tempering at 860℃ for various time periods has been investigated. The results show that the microstructure consists of martensite and bainite. The majority of the structure is martensite, which is a hard but brittle form of steel, while other ......
,主要讲述35crMo(氮碳共渗)金相图
The 35crMo steel is a low alloy steel whose carbon content is low while its nitrogen and carbon content is high. This steel is widely used in many fields including automotive, building, aerospace, and more. The 35crMo steel contains high levels of alloying elements......
Introduction
Microstructural and non-metallic inclusions characterization of forged 35crMo(elongated with slow cooling) steel has been studied. This research was intended to develop better understanding and knowledge of the influence of forging and cooling conditions on the formation of microstru......
Nonmetallic Impurities of 35crMo After Forging and Heat Treatment
35crMo is a Chinese alloy steel commonly used in the manufacture of aerospace, ships, hydraulic pipes and valves, but also for motor vehicles, ships, high temperature and pressure valves, etc. Nonmetallic impurities are always pres......
Metallographic analysis of 35crMo forged sand in the melting furnace
Metallographic analysis of 35crMo (35crMo) forged steel sand in the melting furnace was used to study the microstructure and associated mechanical properties of the material. The study was conducted using optical microscopy (OM)......
Introduction
Alloy steels are the steels which comprise the presence of specific alloys for the enhancement of their mechanical properties. The mechanical properties of steels are improved and varied by adding different alloy elements. Alloy steels are mainly divided into low-alloy steels and hig......
Commercial 35crMo is an alloy steel grade used for making medium- and heavy-duty machine components. It is composed of 0.35% carbon, 0.5% chromium, and 0.25% molybdenum. Moreover, the alloy steel also contains trace amounts of other elements, such as silicon and manganese.
Commercial 35crMo alloy......
Abstract
What is the difference between the low magnification microstructure and non-metallic inclusions in the 35crMo (steel plate) (annealed after hot rolling and then cold rolled)? This paper tries to analyze this difference from the rotation speed, structure and characteristics of the two.
1......
35crMo Steel Microstructure and Mechanical Properties
35crMo steel is a type of ferritic-pearlitic steel that has been used in the production of steel cylinders for a variety of applications, including power plants, due to its superior strength and toughness compared to other alloys. In this arti......
Figure-1 is a micrograph of a 40CrNiMoA structural steel material (martensite) processed at 900C. The micrograph was taken with a magnification of 1000X. The etching used was 5% Nital. As shown in Figure-1, a uniform microscopic structure can be observed. Grain boundary walls are clearly visible i......