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Showing 1–12 of 18 results

  • Our 90-99.5% alumina ceramics offer exceptional wear resistance at a reasonable price. Alumina is characterized by ultra high hardness, excellent insulating capabilities, and high temperature…

  • ThinFilm Coating Material

    Boron Carbide (B4C) Thin Film Coating is a very wear resistant coating. It is applied < 250F at 1.5-3 microns thick. It is a great…

  • Boron Nitride Material

    Boron Nitride is a high temperature, lubricious ceramic. It offers excellent electrical resistance, chemical stability and wet ability.

  • Ceramic Bearings are typically comprised of Zirconia, Alumina, tungsten carbide, or even Silicon nitride. These ceramics are ultra-hard with a Rc>90.  Couple the high hardness…

  • Ceramic Technologies offers a line of ceramic capsule blades used to trim hard capsules. Made with high purity HIP zirconia, our blades offer high strength…

  • Ceramic Technologies introduces an improvement in reliability and consistency in the US made Ceraslit ceramic coated razor blade. Get the performance of a ceramic coated…

  • Zirconia Hanger bearings offer a tough, strong and long lasting option to replace wood and metal hanger bearings.  Our yttria stabilized zirconia offers a fine…

  • Ceramic nozzles are typically made from low cost alumina, tungsten carbide  or high performance Silicon nitride.  Ceramic nozzles are used in industries like the sand…

  • Ceramic Technologies makes a full line of MWD pulser wear parts. Parts like Gap Sub Insulators, Extended Servo orifices, piston wear sleeves, ceramic poppet tips,…

  • Ceramic Rings are generally used in gap sub insulators for wire line tools in the oil industry. These ceramic rings provide a way to electrically…

  • General Properties Use temperatures up to 750°C Low thermal conductivity Chemical inertness High Edge Retention Excellent Wear resistance High fracture toughness High hardness  Rc72 Low…

  • Sintered Alpha silicon carbide is one of the hardest, most corrosion resistant ceramics commercially available. With no free silicon, this material resists even the strongest…