During the processing of zirconia ceramics, pure zirconia ceramics sinter and crack. Zirconia made by slurry injection is naturally air-dried for 3 days and then put into a high-temperature furnace. The temperature is raised to 1450℃ at 3℃/min and 5℃/min respectively, and the temperature is kept for 4 hours. After cooling out of the furnace, […]
Before sintering, the ceramic green body is composed of many individual solid particles. There are a large number of pores in the green body, and the porosity is generally 35%~60% (that is, the relative density of the green body is 40%~65%). The specific value depends on the characteristics of the powder itself and the molding […]
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In the semiconductor industry chain, especially in the third-generation semiconductor (wide bandgap semiconductor) industry chain, there are substrates and epitaxial layers. What is the significance of the epitaxial layer? What is the difference between the epitaxial layer and the substrate? First of all, let’s popularize a small concept: wafer preparation includes two major links: substrate […]
IntroductionRadiopaque markers are indispensable tools in modern medical imaging, providing clear visibility under X-rays and other imaging technologies. These markers, often made from materials like tantalum and 90Pt/10Ir, are critical for ensuring accuracy in high-precision medical procedures. This article explores the role of radiopaque markers, their materials, and their applications in healthcare. What Are Radiopaque […]
Molybdenum rods, or Moly rods, are not just any ordinary metal components. Their production involves a sophisticated process to ensure they meet the stringent requirements of industries like aerospace, electronics, and energy. Step-by-Step Manufacturing Process Why Quality Matters The quality of molybdenum rods directly impact their performance in critical applications. Always choose suppliers who adhere […]
New energy vehicles are developing rapidly, so let’s explore an emerging material that is gradually emerging in the field of new energy vehicles – pressureless sintered silicon carbide. Pressureless sintered silicon carbide is a ceramic material based on silicon carbide, which is made through a specific sintering process. Unlike traditional sintering methods, this method does […]
During preparation, the MgO raw materials are processed and then mixed according to the composition. To promote sintering and make the grains grow slightly, and to reduce the hydration tendency of the preparation, some additives such as TiO2, Al2O3, V2O3, etc. can be added. If high-purity MgO ceramics are required, the method of adding additives […]
In today’s technological landscape, magnets are essential components that provide the unseen force powering a multitude of devices and machinery. Among the diverse array of magnets, Neodymium Magnets are particularly notable for their outstanding properties, making them fundamental in various applications. This article examines the magnetic, physical, and mechanical characteristics of Neodymium Magnets, highlighting their […]
Porous titanium (or porous titanium alloys) is a functional material with a unique structure, offering irreplaceable value in diverse fields due to its distinctive features and advantages. Below is a detailed summary of its core characteristics and benefits: I. Core Characteristics II. Core Advantages III. Advantages Over Traditional Materials Property Porous Titanium Traditional Materials (e.g., […]