The application of boron carbide ceramics can be roughly applied in the following three aspects based on their superhardness, wear resistance, neutron absorption, and semiconductor properties.
The interaction between ceramic thickness and polymer fiber thickness on the performance of bulletproof ceramics.
Bulletproof materials are usually a combination of ceramics and high-performance fibers, but their bulletproof effects vary greatly depending on the thickness of the two materials. Therefore, the selection of material thickness is an important factor in improving the performance of bulletproof products. Therefore, we have conducted in-depth research in this area.
At present, the main method for enhancing the toughness of boron carbide ceramics is to optimize the material composition, such as by increasing fiber/whisker toughening and second phase particle toughening.
The following is a new technology for improving the toughness of silicon carbide ceramics. Silicon carbide ceramic products have better toughness and impact resistance.
The relationship between a bulletproof vest and a gun is like a spear and a shield, always intertwined. Today, let's explore the accessory "plug board" for bulletproof vests.
Silicon carbide ceramic membrane is widely recognized as the representative of the highest end membrane technology in the world, and it has great advantages and application prospects in solving major water environment safety issues such as drinking water safety, high difficulty industrial wastewater, and urban black and odorous water bodies.
Silicon carbide bulletproof ceramic and boron carbide bulletproof ceramic
What is the bulletproof principle of ceramic materials?
Silicon carbide substrate is a compound semiconductor single crystal material composed of carbon and silicon elements, characterized by a wide bandgap, high thermal conductivity, high critical breakdown field strength, and high electron saturation drift rate.
