Zirconia Ceramics

High-performance zirconia ceramics offer exceptional dielectric strength of 9.5 KV/mm, bending strength of 950-1200 MPa, and high wear resistance. Ideal for power systems, fluid filling valves, and precision machining. Customizable per OEM drawings.

Zirconia ceramic tube offers exceptional dielectric strength of 9.5 KV/mm, high flexural strength (1100-1300 HV), and excellent wear resistance. Ideal for electrical insulation, fluid filling valves, and high-temperature applications. Custom shapes available via dry or hot pressing.

High-strength zirconia ceramics with 1100-1300 HV flexural strength and 950-1200 MPa bending strength. Ideal for ceramic rings, tubes, and rods. Offers wear resistance, high temperature stability, and custom machining options including single/double bevel. Suitable for food, medical, and industrial applications.

High-strength zirconia ceramic ring for ink cup pad printers. Offers superior wear resistance, sharp edges, and smooth surfaces. Available in multiple sizes. Custom options and 100% inspection ensure reliable quality for industrial printing applications.

High-strength zirconia ceramic ring for ink cup pad printing machines. Offers extreme wear resistance, sharp edges, and smooth surface. Available in multiple sizes from 36.5mm to 250mm. Custom options and 100% inspection guaranteed.

High-strength zirconia ceramic ring for pad printing ink cups. Offers superior wear resistance, toughness, and corrosion resistance. Custom sizes available. Ideal for industrial printing applications requiring durability and precision.

Premium zirconia ceramic seal rings designed for industrial pad printing applications. Features exceptional wear resistance, chemical stability, and high temperature performance. Available in multiple sizes from Φ36.5×Φ42.5×6mm to Φ250×Φ240×16mm. Ideal replacement for stainless steel, tungsten steel, and other metal components in demanding printing environments.

Professional zirconia ceramic hair clipper blades featuring exceptional wear resistance, razor-sharp cutting edges, and corrosion-free performance. Made from yttrium-reinforced zirconium oxide ceramic with 6 g/cm³ density and 980 MPa flexural strength. Ideal for textile industry applications with easy cleaning and long-lasting sharpness.

High-performance zirconia ceramic blades featuring exceptional wear resistance with 6 g/cm³ density and 980 MPa flexural strength. These corrosion-resistant blades maintain sharp edges for years, prevent bacterial growth, and are ideal for textile cutting and industrial applications. Manufactured with 100% quality inspection for reliable performance.

Professional zirconia ceramic hair clipper blade featuring 6g/cm³ density and 980MPa flexural strength. Offers 10x longer lifespan than metal blades, exceptional chemical resistance, and eco-friendly composition. Ideal for textile cutting applications with superior edge retention and bacteria-resistant properties. Available in 1-inch to 4-inch sizes with 100% quality inspection.

Professional zirconium dioxide ceramic blades featuring exceptional 9+ Mohs hardness and 276x better wear resistance than stainless steel. Corrosion-free, non-conductive cutting tools engineered for textile machinery applications including splicers, thread cutters, and looms. 100% inspection quality guarantee with custom manufacturing options.

Industrial-grade ZrO2 zirconia ceramic utility knife blade featuring Mohs hardness over 9 and 276x better wear resistance than stainless steel. Chemical inert, rust-free, and provides 10x longer service life. Ideal for textile cutting applications with superior edge retention and efficiency.

Industrial-grade zirconia ceramic knives featuring exceptional hardness, high temperature resistance up to 800°C, and superior corrosion resistance. With 6 g/cm³ density and 980 MPa flexural strength, these zirconium dioxide blades offer sharper edges and rust-free performance for industrial cutting and consumer applications.

Premium zirconia ceramic parts featuring exceptional wear resistance, high fracture toughness of 6 MPa*m1/2, and chemical inertness. Custom manufacturing available with 15-day trial production and 30-day mass production timelines. Ideal for metal welding, electronics, and industrial applications requiring durability and precision.