Advanced technical ceramics are an excellent alternative, where other traditional materials reach their
Technical ceramics are typically harder than many other materials, which makes them resistant to abrasion and scratches. They are better able to resist local plastic deformation and cutting.This makes them suitable for applications where durability over time is required. They are suitable for manufacturing parts with a higher degree of wear.
Electrical insulation materials ensure personal safety, reduce potential electrical fire hazards, ensure the normal operation of electrical equipment, improve equipment running stability, environmental protection and energy saving.Technical ceramics can be an excellent electrical insulator, which makes it used in electrical engineering.
Technical ceramics can function in situations where no metal (or nearly any other material) can maintain structural stability and mechanical properties. Some ceramics can operate in temperatures in excess of 2000°C, putting them in a class of their own as ultra-high-temperature materials. This is useful in applications where extreme heat conditions occur. These ceramics have proven to be invaluable in high-temperature applications like engines, turbines, and bearings where they have increased the lifespan, performance, and efficiency.
Technical ceramics are typically lightweight compared to metal, which can be beneficial for applications where weight is an important factor.
Because the high wear-resistant material has a long service life and is not easy to damage, the frequency of maintenance and replacement is reduced, which reduces the maintenance cost and time, and improves the production efficiency and economic benefits.
Depending on the chemical composition, technical ceramics can be resistant to corrosion, which is important for applications in chemically aggressive environments.Some types of technical ceramics are resistant to aggressive chemicals. This makes them used in the chemical industry and processes where aggressive chemicals are present.
Industrial ceramics are widely used in the electrical industry because of their good insulation properties and physical properties, mainly used in the manufacture of various electronic components, insulation parts and structural parts. Industrial ceramics can be used to manufacture substrates, resistors, capacitors, relays, light-emitting diodes and other electronic components.
Ceramic materials also have important applications in aerospace and defense technology. For example, silicon carbide ceramics are used to make nozzles and high-temperature sintered materials for rocket tail nozzles, while alumina ceramics are used to make high-hardness cutting tools and thermocouple insulation bushings.
Zirconia ceramic Because of its good biocompatibility and mechanical properties, it is used to make medical devices such as artificial joints, dental repair materials and surgical instruments. These materials can not only help patients recover, but also improve the success rate of surgery and patient comfort
Chemical ceramics are mainly used to manufacture acid-resistant parts in chemical equipment. It has good acid corrosion resistance and high temperature stability, suitable for various chemical production process of acid corrosion parts . Ceramic applications commonly used in the chemical industry include ceramic crucibles, ceramic balls, acid-resistant pipes, reactors and towers, pumps and valves, acid-resistant bricks and ash, filtration and purification equipment.
Alumina Ceramic crucibles is suitable for calcinating and melting various alloys, ashing, sintering and many other high temperature applications. The main quality of a crucible is its ability to withstand temperatures above the melting temperatures of the alloys deposited by metallurgists without altering or polluting the molten metal. In some cases, when a crucible is brought to these very high temperatures, it must be strong enough to withstand being moved for the casting of parts. MATERIAL : AI2O3 DENSITY : 3.8 COLOR : White / Ivory HARDNESS(Mohs scale) : 9 MAX WORKING TEMPERATURE : 1750 Support customization of products with a diameter of 300mm or larger
Read More
Aluminum nitride heating ceramic plates are heating elements or heater carriers made using aluminum nitride ceramics as the substrate or core component. MATERIAL Al2O3 / AlN DENSITY 3.30-3.70 g/cm3 COLOR white / grey Can be customized according to your requirements.
Read More
Alumina ceramic substrate is a kind of high-performance ceramic product, which has excellent wear resistance, high temperature resistance and chemical stability, and is widely used in various industrial fields. MATERIAL : AI2O3 DENSITY : 3.8 COLOR : White / Ivory HRDNESS(Mohs scale) : 9 MAX WORKING TEMPERATURE : 1650
Read More
AlN has excellent electrical insulation and high thermal conductivity, is thus considered as high performance electronic packaging material. NOVATEKXM offers a series of substrates based on AlN materials for use in application environments. MATERIAL : Aluminum Nitride COLOR : Grey DENSITY : 3.30 g/cm3 THERMAL CONDUCTIVITY : > 170 W/m.K MAX. SERVICE TEMPERATURE : 1200 degree C TYPICAL ADVANTAGES : High Thermal Conductivity Can be customized according to your requirements.
Read More
DPCs consist of a ceramic substrate such as Al2O3 (aluminium oxide) and AlN (Aluminum Nitride) serving as an insulating layer, and copper connections to ensure the electrical conductivity at high temperatures. For optimal reliability and performance, the module must demonstrate good properties in relation to heat dissipation to the heat sink and endurance against thermal cycling and power cycling. MATERIAL AlN / Al2O3 DENSITY 3.30-3.70 g/cm3 COLOR white / grey Can be customized according to your requirements.
Read More
We manufacture alumina ceramic tubes according to customer requirements according to drawings in different degrees of purity. MATERIAL : AI2O3 DENSITY : 3.8 COLOR : White / Ivory HRDNESS(Mohs scale) : 9 MAX WORKING TEMPERATURE : 1650
Read More
Alumina ceramic rods, composed primarily of high-purity aluminum oxide (Al2O3), are essential components across multiple industries due to their remarkable mechanical, thermal, and electrical properties. These rods are celebrated for their extreme hardness, high flexural strength, excellent thermal stability, and superior electrical insulation, making them indispensable in applications ranging from electronics and aerospace to healthcare and high-temperature industrial processes. Their exceptional durability allows them to perform reliably in demanding environments, ensuring longevity and efficiency in various applications, including integrated circuits, engine components, and medical implants. MATERIAL : AI2O3 DENSITY : 3.8 COLOR : White / Ivory HRDNESS(Mohs scale) : 9 MAX WORKING TEMPERATURE : 1650
Read More
Zirconium dioxide, also known as zirconia and zirconium oxide, is a crystalline metal oxide that has found its way into the technical advanced ceramics industry. It is characterised by its high thermal resistivity, mechanical resistance, and abrasive properties. MATERIAL : ZrO2 DENSITY : 6 COLOR : Black / White HRDNESS(Mohs scale) : 8.8 Bending Strength : 1200 MAX WORKING TEMPERATURE : 1050
Read More
10
Sep
26
Aug
08
Aug
06
Aug
Signup our newsletter to get update information, promotion and insight.
IPv6 network supported
