1. Powder and Material Handling Equipment
Used as
wear-resistant liners for cyclones, silos, chutes, pipe elbows, and the interior walls of fans. They protect against erosion from materials such as quartz sand, mineral powder, ceramic powder, and cement, while minimizing both metal wear and metallic contamination.
2. Rotating Equipment and Curved Interior Surfaces
When assembled into a circular configuration, these fan-shaped segments serve as linings for the interior walls of mixing tanks, blenders, grinders, and centrifugal equipment, preventing the metal housing from being worn through.
3. Textile, Paper, and Packaging Machinery
Used as thread guides, scraper blades, pressure plates, and curved paper-handling segments. They reduce wear on metal components caused by fibers or paper, while simultaneously preventing contamination from rust.
4. Electrical and Electronic Insulation Components
Used as insulating partitions or curved insulating supports in electric motors, transformers, and heating equipment, leveraging the material's high electrical resistance and heat resistance.
5. Industrial Furnaces and Thermal Equipment
Used as curved spacers,
support plates, reflectors, or high-temperature isolation components within furnaces; suitable for oxidizing atmospheres and high-temperature environments.
6. Chemical Processing and Electroplating Equipment
Used as curved liners, pump casing linings, or protective inner walls for tanks in environments containing corrosive media; offers superior resistance to acids, alkalis, and corrosive gases compared to metals.
7. Semiconductor and Precision Equipment
When manufactured from high-purity alumina, these components can serve as wear-resistant, insulating parts within process chambers, gas flow deflectors, or protective elements around wafers—prioritizing low metallic impurity levels and the minimization of particulate contamination.
8. Decorative and Consumer Structural Components
Certain curved ceramic pieces are used in items such as
watch cases, jewelry, lighting fixtures, and audio equipment enclosures, taking advantage of their bright white appearance, wear resistance, and hypoallergenic properties.