MAGNÍFICA – Fábrica de fabricación de cerámica avanzada y profesional

Introduction Many modern industries consider aluminum oxide a very reliable and affordable option when making tools and abrasives due to its useful qualities. Little wonder that aluminum oxide is now a household name; it’s become so popular that you can find it virtually anywhere you look. So just in case, you’re among the many people wondering “what is aluminum oxide?” or why this ceramic material has so much popularity and widespread use, especially in tools? Then, wonder no more as today’s article will show you the properties of aluminum oxide that make it not only an easy but very beneficial […]

The most promising thermal protection ceramic materials include Zirconia, Silica, Carbon-Carbon, aerogel, and ultra-high temperature ceramics. If your industry works under extreme heat, these heat-resistant materials offer unmatched performance, insulation, controlled ablation, and minimal heat insulation loss. From aerospace to energy and defense applications, these ceramic materials are the first line of defense, ensuring your safety and safeguarding your equipment. This guide explores the most magnificent, innovative thermal insulation materials and why they’re crucial for the success of your process or product. Criteria For Evaluating Thermal Protection Materials For Your Application The best thermal protection material for your high-temperature uses […]

You probably think ceramics can’t be see-through like glass. I used to think that too until I saw my first transparent ceramic sample. These amazing materials look like glass but are much stronger than steel. You get clear metal vision with incredible toughness that regular glass can’t match. Understanding Transparent Ceramics: What Makes Them Special? How Can Ceramics Be Clear Like Glass? Transparent ceramics work the same way as window glass,  light is transmitted as it is. When I started working with these materials, I was surprised to see that they are made from common ceramic powders that are usually […]