High-Purity Alumina Ceramic Plates Wear-resistant Zirconia Ceramic Sheets

Alumina ceramic plates and zirconia ceramic plates are the most commonly used high-performance ceramic plates in the industrial sector.

In actual industrial applications, alumina ceramic plates are used far more widely than zirconia ceramic plates due to their superior cost-effectiveness and overall performance. Zirconia, on the other hand, plays an irreplaceable role in specific areas (medical applications requiring high toughness).

• High hardness and high wear resistance: Particularly suitable for resisting abrasive wear. For example, it can be used as wear-resistant linings on chutes, silos, and fan blades to protect against erosion from ore, coal dust, and dust.
• High temperature resistance: It can operate in extremely high temperature environments, making it an ideal material for kiln and heating equipment accessories (such as setters and furnace linings).
• High insulation: It is an excellent insulator and is widely used as insulation plates and circuit boards in electrical equipment.
• Cost-effectiveness: It is the most cost-effective choice for applications requiring high wear resistance, high temperature resistance, high insulation, and low impact.

• Wear-resistant linings: Equipment linings in mines, power plants, and steel mills to resist material abrasion.
• Kiln accessories: Setters, pusher plates, and furnace linings. 
• Electronic Substrates: Thick/Thin Film Circuit Boards, Insulating Gaskets.
• Seal Rings/Sleeves: Wear-Resistant and Corrosion-Resistant Components in Pumps and Valves.
• Ballistic Armor: Composited with other materials for lightweight ballistic protection of the human body and vehicles.

• High Toughness and Impact Resistance: Its greatest strengths. It is extremely resistant to drops and bumps, and can withstand certain operating errors and accidental impacts without breaking.
• Low Friction Coefficient & Self-Lubrication: It exhibits minimal wear when rubbing against metal and exhibits a certain degree of self-lubrication.
• Biocompatibility: Suitable for medical applications, such as dental restorations.
• Excellent Overall Wear Resistance: Although slightly lower in hardness than alumina, its exceptional toughness provides extended life under erosive wear and impact conditions.

• Wear-Resistant Parts: Applications subject to both severe wear and impact risk, such as molds, bearings, and cutting tools. 
• Medical: Dental restorations (crowns, bridges), artificial joints (such as femoral heads).
• Electronics: Fiber optic connectors, sensor components.
• Consumer goods: Watch cases, knife blades.
• Precision structural parts: Instrument components requiring high toughness and corrosion resistance.