The source of molybdenum concentrate is mainly divided into copper sulfide, tungsten and molybdenum and other associated molybdenum ore (MoS2). During the period of 2011-2015, due to the continuous decline of copper prices, some copper-molybdenum mines accelerated the implementation of associated molybdenum metal.
With the gradual recovery of the global economy, the demand for global aviation aircraft will be huge in the next few years. According to the forecast of Airbus and Boeing in the next 20 years of the civil aviation aircraft market, the global civil aviation aircraft market will reach 5.6 trillion US dollars in the next 20 years.
The powder particle size and uniformity of tungsten powder and copper powder will affect the sintering effect of tungsten-copper alloy electrode to a certain extent. The reduction of powder particle size will make the comprehensive properties of materials such as density, hardness etc.
The morphological distribution of the tungsten-copper powder sintered material is uniformly distributed on the copper substrate with tungsten as a skeleton. Due to the high melting point and high hardness of tungsten W, the ultimate tensile strength of tungsten at 1000 ° C is still 50kgf / mm2
Carbide indexable CNC tools are tools used in machining for machining, also called cutting tools. The generalized cutting tools include both tools and grinding tools. At the same time, "hard alloy CNC tools" include accessories such as shanks and shanks in addition to cutting blades.
The cemented carbide rock drilling teeth violently impact the rock during rock drilling to achieve the purpose of drilling holes in the rock. During this process, the carbide teeth collide and rub against the rock, inevitably causing wear.
If you do not understand the density and influence factors of cemented carbide, it will easily lead to the wrong purchase of cemented carbide. This is a brief introduction of the density and influence factors of cemented carbide.
Cemented carbide sintering is the most basic and critical process in the production process, and it is also the last process. Sintering methods and equipment have a huge impact on the product. Conventional sintering methods include hydrogen sintering, vacuum sintering, hot isostatic pressing etc.