Search results for keyword w6mo5cr4v2-Professional and comprehensive metal knowledge sharing platform

Metallographic diagram of W18Cr4V and w6mo5cr4v2

Metallographic Analysis of W18Cr4V and w6mo5cr4v2 Metallography is an important method applied in metallurgical research and production process analysis, which is frequently used for the analysis of metal and alloy materials for determination of their microstructure and properties. This paper wil......

tags： carbides similar analysis w18cr4v steel microstructure

21/06/2023

1048

Cameron

Metallographic diagram of w6mo5cr4v2 (heating, quenching and oil cooling at 1220°C)

At a magnification of 500X, the microstructure of CrW6Mo5V2 steel heated to 1220℃ followed by oil quenching can be observed through a Scanning Electron Microscope (SEM). The polished cross sections were used to view the microstructure by SEM. Dislocations, grain boundaries, and pro-eutectoid ferr......

tags： boundaries microstructure grain alloy steel resistance

21/06/2023

1063

Liam

Metallographic diagram of w6mo5cr4v2 steel (wc sputtered on the surface after quenching and tempering)

Semi-quantitative Microstructural Analysis of 25Cr4V2 Steel after Tempering and Surface Plasma Spraying of Tungsten Carbide Introduction Surface Plasma Spray (SPS) is a technological coating process used to deposit thick coatings mainly consisting of two components: a metallic alloy, such as tun......

tags： size tempering grain cementite ferrite mainly

21/06/2023

1051

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

1049

Oliver

Chemical composition, mechanical properties and application of Cw6mo5cr4v2 material

Cw6mo5cr4v2是一种出色的化学成分和力学性能，主要用于制造工具及容器，以抵抗高温和高应力。该材料由6％钼，5％铬和4％钒组成，它产生优异的耐磨性和可塑性，还具有良好的耐腐蚀性。 Cw6mo5cr4v2材料由一种超高碳钢制成，其碳含量在0.45％，由于它有高碳含量，因此可以提供高强度和耐磨性。另外，它也可以提供良好的可加......

tags： cw6mo5cr4v2是一种出色的化学成分和力学性能主要用于制造工具及容器以抵抗高温和高应力该材料由6钼5铬和4钒组成它产生优异的耐磨性和可塑性还具有良好的耐腐蚀性 cw6mo5cr4v2材料由一种超高碳钢制成其碳含量在045由于它有高碳含量因此可以提供高强度和耐磨性另外它也可以提供良好的可加工性可以抵抗气压是一种不锈钢的有机衍生物此外这种材料还具有抗疲劳性可以用于承受高应力和高温因此具有宽广的应用范围 cw6mo5cr4v2材料显着优于传统不锈钢因为它具有良好的机械特性特别是高温应力或冲击性相较于其他不锈钢它的耐热性能显著加强尤其是高温下的强度耐磨性和韧性也显著改善因此适用于高温环境的条件 cw6mo5cr4v2 材料是一种高耐热高强度高延性高硬度的以钴钼铬钛为主要成分的高性能合金钢其化学成分如下钴 6065钼

17/06/2023

1092

Sophie