Introduction for Our New Developed AIN Heaters

The special heaters of Innovacera are flexible in design and can meet different applications requiring different construction methods. This flexibility allows the heater to be configured to a variety of shapes and sizes depending on the application.

We have developed AIN heaters which are using highly heat-conductive AIN, these heaters deliver outstanding temperature consistency through the uniform sintering of resistance-heating elements and significantly reduce metallic contamination and impurities.

The advantage of the AIN heaters:
1. Thermal conductivity equivalent to aluminium for fast and uniform thermal response
2. Watt density higher than any metal or ceramic heater technology for concentrated heat in a small area
3. Integrated RTD sensor for optimum heater temperature control
4. Dielectric strength eliminates the need for magnesium oxide insulation(MgO) layer used in metal heaters
5. Heater temperature up to 1000°C(1832°F) for high-temperature applications
6. Low porosity non-stick surface reduces the potential for process contamination
7. Chemically insert to most acid and alkaline environments
8. High mechanical strength, hardness, and wear resistance for industrial applications

Application of the AIN heaters:
1. Analytical Gas, Chromatograph Mass Spectrometer
2. Clinical Diagnostics Thermal Cyclers
3. Energy Generation Fuel Cell Reformers, Energy Conversion, and conditioning
4. Medical Incubators, Fluid Warmers, Surgical knives
5. Photonics Lasers, Biomedical Optics
6. Electronics Assembly Solder Flow
7. Semiconductor Chemical Vapor Deposition, Plasma Etch, Gas Delivery

If you want to know more about our AIN heaters, please contact us directly.

Silicon Nitride Telemetry Tooling

Silicon Nitride Telemetry Tooling is used in downhole logging operations.

Why use Silicon nitride ceramic?
1. High dielectric strength and nonmagnetic properties;
2. Light weight and high strength, fracture toughness
3. high thermal shock resistance and low coefficient of thermal expansion which helps withstand the extreme temperatures
4. Resistance to wear and corrosion chemicals

The above-mentioned special properties allow Silicon Nitride Telemetry Tooling to go deep into the ground in a complex environment containing oil and natural gas together with measuring equipment. And It is an ideal material for extending the life of components in petroleum exploration and mining operations.

Which Ceramic Materials stand out in 5G smart phones?

As the 5G era is rapidly developing, the mobile phone industry will usher in a new round of reform.

Zirconia ceramic stands out as a backplane material for 5G smartphones. With the advantages of high strength, high hardness, acid and alkali resistance, corrosion resistance, wear-resistance and low thermal expansion coefficient, it is becoming an advanced material after plastic, metal and glass.

As 5G communication uses a 3 GHz or more wireless spectrum, which requires faster signal transmission, 1~100 times than 4G, makes the ceramic backplane should have no interference to signal and has incomparable superior performance.

Except for applying as a backplane for smartphones, zirconia ceramic is also been using for 5G base station filter.

BN Insulators for PVD, CVD Systems

With properties of high dielectric strength and high chemical inertness, Boron Nitride is uniquely qualified for a variety of shielding and insulating components in a harsh and high-temperature environment, such as PVD, CVD and plasma.

Boron Nitride parts such as insulating rails, protective tubes, target frames, shields and liners ensure that the PVD arc remains constrained towards the target, preventing equipment damage. Boron Nitride is commonly used as an alternative for pyrolytic Boron Nitride in these applications.