Catalyst carriers, essential in the chemical and petrochemical industries, are porous substrates that help refine liquids and gases into vital products like fuels, chemicals, and lubricants.

As ceramic tile production surpasses 10 billion m² globally each year, its popularity in various applications is evident. The industry is moving towards larger tile sizes, which presents unique challenges in maintaining flat surfaces during production.

Electronic substrates are the foundational supports in producing critical electronic circuits, essential to devices like computer chips, multi-chip modules, circuit boards, and disk drives. 

Alumina plays a significant role in enhancing the properties of porcelain high-voltage insulators. Its inclusion is key to improving both dielectric and mechanical strengths. 

Alumina, known for its heat resistance and insulating properties, plays an essential role in the production of cutting-edge technologies. This includes silicon wafer chips essential for computing, solar panels for renewable energy, or EV batteries for power storage, among others.

Honeycomb ceramics act as bases coated with catalysts designed for emissions control. Achieving consistent quality in these ceramic substrates is critical for the coating process to efficiently control emissions and maximize the use of precious metals involved.

Almatis offers coarse crystalline continuous ground aluminas specifically for whiteware applications. These products improve thermal properties and provide enhanced strength and fewer defects compared to natural alternatives. 

Porous ceramics are a cornerstone in metal casting, serving primarily as robust filters. These filters are adept at efficiently eliminating slag impurities and inclusions while maintaining an inert state with the metal. 

In this high-energy environment, alumina stands out for its use in spark plug insulators. Its high dielectric strength is crucial for handling increasing voltages and evolving ignition technologies.

Alumina, with its high melting temperature, tensile strength, heat capacity, electrical resistance, and exceptional wear characteristics, is ideally suited for the demanding needs of technical cermics.. 

Ceramic wear parts, known for their longevity, are frequently used in high volume and production speed settings, offering a reliable alternative to traditional metal or polymer-based components.