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Introduction to the preparation method of amorphous/nanocrystalline composite materials
Formation of amorphous alloys Crystals are solids with regular geometric shapes formed through the crystallization process. They are formed by periodic arrangement of atoms or molecules according to a certain rule. Corresponding to a crystal, a solid with irregular arrangement of atoms or molecul...
Preparation of diamond/aluminum composite materials
Metal matrix composites have great advantages in heat transfer performance due to their special structure. Among them, diamond/aluminum composite material has become a research hotspot and development direction in the field of thermal management due to its advantages of low density, high thermal ...
Sintering and application of silicon carbide ceramics
Silicon carbide ceramic materials have the advantages of wear resistance, corrosion resistance, high hardness, low density and high high temperature strength, so they are rapidly popularized and developed in various fields in recent years. In aerospace, nuclear industry, petroleum industry, chemi...
Application of vacuum hot pressing sintering furnace
1. Advanced ceramic hot pressing sintering (B4C sintering) The densification sintering of pure boron carbide is extremely difficult because its covalent bond reaches 93.94%, which is much higher than that of silicon carbide (88%) and silicon nitride (70%). Therefore, the elimination of pores, gra...
SIC Ceramic Pressureless Sintering Production Process
Silicon carbide ceramics have stable chemical properties, high thermal conductivity, low thermal expansion coefficient and good wear resistance. In addition to being used as abrasives, there are many other uses, such as: coating silicon carbide powder on water turbine impellers or cylinder block...
Study On Kerosene Vapor Phase Drying Plant Technology Of Transformer
In the production process of transformer, drying treatment is a very key step, the merits of the transformer drying treatment process on the service performance of the transformer and the length of life plays a decisive role.In the actual use of the transformer, because of its bad working environ...
Introduction of vacuum heat treatment furnaces by purpose
Vacuum quenching furnace; vacuum quenching furnace can be divided into vacuum oil quenching furnace and vacuum quenching furnace. 1.Vacuum oil quenching furnace is suitable for vacuum heat treatment of die steel, spring steel, stainless steel, bearing steel, high temperature alloy steel, etc. Its...
What is vacuum heat treatment processing technology?
What is vacuum heat treatment processing technology? Mainly refers to a new type of heat treatment technology that combines vacuum technology and heat treatment technology. Among them, the vacuum environment in which vacuum heat treatment is located refers to an atmosphere environment below one a...
Introduction to the characteristics of high-performance sintered rare earth NdFeB
Neodymium iron boron is a kind of rare earth permanent magnet compound, composed of rare earth metal neodymium, metallic element iron, non-metallic element boron and a small amount of praseodymium, dysprosium, niobium, aluminum, gallium, copper and other elements. It is a kind of magnetic materi...
H13 heat treatment process and vacuum heat treatment equipment
H13 is American H series hot work die steel, similar to China 4Cr5MoSiV1 (GB) steel grade, while China Cr12Mo1V (GB) is a ledeburite steel, similar to American AISI and ASTM standard steel grade D2. The two are completely different. H13 is hot For die steel, the final heat treatment is generally ...