Design Features
Zirconia ceramic structural panels (also known as ceramic mounting bases or pads) are key components for demanding industrial equipment and machinery designs that require high strength and durability.
Precise Shape and Porous Design
The precise geometry and porous design of these structural panels enable accurate positioning and secure fixation of components within
equipment.
High Hardness and High Strength
The physical properties of zirconia (Rockwell hardness 78, Vickers hardness 11.5 GPa) ensure structural integrity under high pressure and
high friction environments, enhancing long-term stability and durability.
Excellent Corrosion Resistance
Outstanding chemical stability allows for use in a variety of chemical environments, preventing material corrosion and degradation,
making it particularly suitable for high-temperature operating conditions.
Excellent Electrical Insulation and High-Temperature Resistance
Excellent performance in electrical insulation and high-temperature stability ensures safety in electrical and high-temperature applications.
Application areas
Zirconia ceramic structural panels offer reliable solutions for a wide range of industrial applications due to their superior physical and
chemical properties, particularly in applications requiring high temperatures, high strength, and precise fixing. Their versatility and durability
ensure widespread application and value in modern industrial technology.
In the field of precision ceramic machining and customization, our company is committed to producing various high-performance ceramic
components, including zirconia ceramics, silicon nitride, and aluminum nitride. These ceramic components possess excellent thermal stability, electrical insulation, high-temperature stability, and wear resistance, and are widely used in key fields such as aerospace, electronics,
machinery, military, and automotive. Our products, with their superior performance and reliability, provide crucial support and assurance to
our customers, helping them improve production efficiency and optimize product performance.
