Technical ceramics content with value for you！
Boron Nitride is gaining significant attention due to the next gen advancements in wireless communication. The lower value of dielectric constants and the corresponding least loss makes them excel in …
2025-06-03
Modern electronics generate more heat than ever before. You need ceramic materials that can help you move this heat quickly and safely. Poor heat management destroys expensive equipment and creates safety risks in today’s high-performance applications. Choosing the right ceramic thermal conductivity materials makes the difference between system success and costly failures. What Makes Ceramics Excel At Heat Transfer Ceramic thermal conductivity works through crystal vibrations called phonons. You get electrical insulation combined with heat conduction something metals cannot provide. Thermal shock resistance helps ceramics survive rapid temperature changes while chemical stability means longer-lasting heat transfer properties with less maintenance. […]
2025-06-03
IntroductionEngineers today turn to Zirconia and Alumina ceramics for applications demanding high wear resistance. Why? It’s because these two are excellent abrasives in the advanced ceramics in…
2025-05-30
You will come across various types of silicon nitride ceramics, including sintered silicon nitride and hot-pressed silicon nitride. These types vary in properties, applications, and how they resolve p…
2025-05-30
Imagine your factory machines breaking down at high temperatures when they get really hot, but the advanced ceramic components of the competitors are no problem at all. What’s the secret? You ca…
2025-05-29
Ceramic heating elements use special ceramic materials to turn electricity into heat. Unlike metal heating elements that use metal wires, ceramic heating elements use the following materials: Aluminum Oxide (Al₂O₃) Zirconia (ZrO₂) Silicon Carbide (SiC) These ceramic materials have special properties suitable for heating. When electricity is passed, heat is made while maintaining strength even at very high temperatures. Common ceramic heating systems include the following types: PTC Ceramic Heaters: These heaters self-adjust their temperature. Ceramic Band Heaters: Ring-shaped heaters for pipes and cylinders. Ceramic Infrared Heaters: For heating large surfaces. Ceramic Cartridge Heaters: Compact heaters for small spaces. When […]
2025-05-22
Ceramic materials respond differently to stresses imposed by moving mechanical contact. Some might experience wear and tear, others may break down, while others merely peel off the surface. This article discusses how to measure a ceramic material’s behavior to opposing forces and factors affecting the behavior. We also discuss issues like ‘wear resistance has a direct or proportional relationship with sliding distance and contact load.’ Many ceramic industrial applications are high-risk, so knowing the extent a ceramic material resists wear beforehand is important. What is Wear Resistance Testing? Wear resistance testing is a measure of the response of the ceramic […]
2025-05-21
Boron Nitride is an advanced ceramic known for its superior properties which is available both in Powder and solid forms. It is made up of Boron Nitrogen bonds with different structural forms of which…
2025-05-21
When you’re dealing with vacuum systems, the littlest components can influence the success or otherwise of your entire project.Choosing the exact type of feedthrough to use can be a very daunting deci…
2025-05-21
Boron nitride is extensively used in nanoelectronics, photonics, cosmetics, and ceramics. Its hardness is almost equal to diamond. Boron nitride is very strong, having low density, which makes it lightweight and high strength material. It is well known for its use in engineering ceramics. What Is Boron Nitride? Boron nitride is an inorganic compound. Its crystal is composed of boron and nitrogen, having a chemical formula of BN. It has a special crystal structure which is analog of graphite. Its strong chemical and thermal properties are mainly due to its crystal structure in which boron is covalently bonded with nitrogen. […]
2025-05-16
Aluminium Oxide is a favorite of engineers due to the wide range of properties they offer. It offers high thermal conductivity and better insulating properties. The resistance to extreme fracture is some among the noteworthiest one. Here in this article, we give the differences between 95% and 99% alumina grade. What is Alumina? Alumina ceramic, known in the name of Al2O3 is the oxide of Alumina made generally from bauxite. Their excellent thermal conductivity, durability and high hardness makes them an ideal choice in many applications. The popular methods of manufacturing Alumina ceramic constitutes injection moulding, casting – slip or dry and […]
2025-05-15
Have you ever asked yourself what a ceramic heater is? If the answer is yes. You’ll be pleased to know that you’re not alone. With the different types of heaters available today, it’s important to know which one is best for you And today, we’ll show you just that. What Are Ceramic Heaters? Do you need a reliable heating solution that can help your system become more efficient and reliable? Perhaps it’s durability or a consistent performance you need? If the answer is yes, then having a good understanding of ceramic heaters can boost the success of your project. This […]
2025-05-09
