INNOVACERA | technical ceramic solutions

  Boron Nitride is often referred to as “white graphite” since it has similar layer structure as graphite. They have excellent high temperature resistance properties, including high dielectric strength, thermal conductivity and excellent chemical inertness, which can solve the challenges of some of the most demanding application fields.   Boron nitride ceramics  (BN) are unique in plasma environments for their resistance to sputtering and low propensity to generate secondary ions, even in the presence of strong electromagnetic fields. Sputter resistance helps extend component life, while low secondary ion generation helps maintain the integrity of the plasma environment. Therefore, boron nitride ceramics (BN) are widely used to confine the plasma arc in the sputtering chamber to the target material and prevent the erosion of integral components in the process chamber.     Boron Nitride’s (BN) main products for plasma application include arc shields and guides, t...

Innovacera supplies precision   metallized ceramic components  in aluminum oxide ceramics for the military, medical, and aerospace industries. Through spray, needle, and brush coatings or screen printing our capabilities allow us to metallized on flat, cylindrical, and complex ceramic bodies. Moly-Manganese is the typical base coat materials used for metallization. Metallized Ceramics Applications: Ceramic Feed-through insulators, Ceramic Headers, Ceramic High-power receptacles, Ceramic Insulating discs, Ceramic Insulator rings and cylinders, Ceramic Precipitator products, Ceramic Power switches, Ceramic Traveling wave tubes, Ceramic Vacuum interrupters, Ceramic components for Windows, Ceramic Power grid tubes, X-ray Ceramic tubes Metallized Ceramics Joining types: Ceramic + Mo/Mn Metallized + plating Ni Ceramic + Mo/Mn Metallized + plating Ag Ceramic + Mo/Mn Metallized + plating Au Ceramic + printing Ag Special types are available according to customer’s drawin...

  Innovacera manufactures standard and customized vacuum multipin feedthrough, here are some standard product: Circular Type Multipin Vacuum Feedthrough 1500V / 5A CF35 Flange with 41 pins. Circular Type Multipin Vacuum Feedthrough KF25 Flange with 16 pins or 19 pins. Circular Type Multipin Vacuum Feedthrough KF40 Flange with 16 pins or 19 pins. Different flange and quantity of conductor pin are available and pin sizes can be customized with different electric current. Technology Data: Flange Type: CF35 Installation: Weldable Pin number: 41Pin Electric current: 5A Withstand voltage: 1500V Insulation: 1000MΩ Temperature: （-100℃~+200℃） Pressure: 5MPa Leakage rate: <1*109Pa·m/s Material: SUS304 Vacuum Application: UHV

  Innovacera have a new material member named BSN joined BMATS® Solid Boron Nitride family. BSN is a composite material, it’s made from BN and Silicon Nitride. It’s with very good mechanical strength and wear resistance. BSN is often used as nozzle, crucible and stir rods due to its high performance. The working life is much longer compared with other composite   boron nitride ceramics   materials. Features 1.Best wear resistance in Solid BN family 2.Best mechanical strength Solid BN family 2. Good thermal resistance 3. Low thermal expansion 4. Good thermal shock resistance 5. High electrical insulation 6. Non wet to molten metal and glass 7. Good corrosion resistance Technical data sheet Applications 1.Crucibles/Nozzles for molten metal 2.Parts for semiconductor equipment 3.Jigs for molding glass

  INNOVACERA designs and manufactures technical ceramics for the analytical instrumentation industry, including components for mass spectrometers, vacuum, x-ray imaging, ion/ electron beam, spectrometers, sensors, high-pressure liquid chromatography (HPLC), medical, and telecom applications. INNOVACERA creates specialized components that can withstand unique and challenging environments, including: High Heat Corrosive Environments Thermal Management Challenges High Mechanical Wear Environments Electrical Insulation Requirements High Temperature/High-Pressure Conditions We provide a wide range of materials to solve problems where plastics and metals fail. Ceramics are ideally suited to provide the strength and electrical, thermal, and corrosion-resistant properties needed for analytical instrumentation. Components made from materials such as Alumina, Zirconia, and Zirconia Toughened Alumina (ZTA) solve problems where plastics and metals fail. INNOVACERA excels at matching ceramic pr...

  In the contemporary industrial realm, pad printing technology finds extensive application across diverse surfaces, such as plastic, metal, glass, and ceramics. With the escalating demand for high-quality and durable prints, traditional pad printing rings frequently fail to fulfill the exacting printing requirements. Nevertheless, zirconia pad printing rings have emerged as the preeminent solution, presenting remarkable performance and durability.   What Are Zirconia Pad Printing Rings? Zirconia represents an advanced ceramic material renowned for its extraordinary hardness, corrosion resistance, and wear resistance. Zirconia pad printing rings are fabricated using this robust material, thereby constituting essential components within pad printing systems that necessitate outstanding durability and precision.   What Are Zirconia Pad Printing Rings? Zirconia is an advanced ceramic material known for its exceptional hardness, corrosion resistance, and wear resistance. Zirc...

  In the world of soldering, the tools we use are crucial to achieving precise and efficient results. One key component that contributes significantly to the performance of soldering irons is the heating element. Modern soldering irons often use advanced heating technologies like   MCH (Metal Ceramic Heaters.)   to ensure quick heat-up times, temperature stability, and energy efficiency. Let’s explore what MCH heaters are and how they enhance soldering iron tools. What is an MCH Heater ? MCH heaters are a type of ceramic heating element used in various applications, including soldering irons. It refers to a ceramic heating element in which a meta tungsten or molybdenum manganese paste is printed on a ceramic casting body and laminated by hot pressing and then co-fired at 1600°C, in a hydrogen atmosphere to co-sinter ceramic and metal. This ceramic composition allows MCH heaters to exhibit exceptional thermal properties and durability.   The key advantage of MCH heate...