Application

Efficiency improvements of nickel-based alloys for energy and environmental engineering

In recent years, the development of new energy technologies, whether photovoltaic or wind power, has made great progress. In many industrialized countries today, a significant portion of annual electricity generation comes from renewable energy sourc
Nickel-Based Alloys in High Temperature and High Pressure Environments

The chemical industry requires a variety of materials to meet corrosion resistance requirements, and nickel, zirconium and cobalt alloys have excellent corrosion resistance compared to other metal materials, and are widely used in the manufacture of
Global energy demand continues to rise

The production of oil and gas is a complex process. The standard composition of crude oil includes hydrocarbons and elements such as sulfur, oxygen, and nitrogen, while natural gas is composed of a mixture of gases such as methane, ethane and propane
The role of nickel-cobalt alloys in aerospace

The development of nickel-cobalt alloys is inextricably linked to the history of modern aerospace, and many of the alloys used in aerospace are superalloys that provide extreme high temperature and corrosion resistance. The main component of most sup

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SMC's product trademarks include: Inconel, Inco-Weld, Monel, Ni-Rod, Incoloy, etc.

Lincoln's product trademarks include: Tech-Rod,Excalibur

Arcos's product trademarks include: Arcosr

VDM's product trademarks include: VDM

Oxford's product trademarks include: Oxford Alloy

AMF's product trademarks include: AMF

Siegmund's product trademarks include: Siegmund

ITW's product trademarks include: Miller