Ceramic Substrates for Power Electronics
High-performance ceramic substrates including alumina, AlN, ZTA and silicon nitride. Engineered for power electronics, EV modules and high-voltage systems.
Optical Fiber Vacuum Feedthrough
The optical feedthrough components are used to achieve stable and repeatable optical coupling between the vacuum chamber and the air side. They adopt standard optical connector feedthrough heads (such as SMA, FC), and the vacuum side interface is a standard 3/16″ × 1/2″ thread, which can be directly installed on the chamber flange. Each optical fiber is fixed to the flange assembly of the sapphire vacuum window through its metal-sealed feedthrough head in a rigid mechanical manner, ensuring that the fiber end face is at a fixed distance from the window and is aligned stably, minimizing signal loss to the greatest extent. Optical Fiber Vacuum Feedthrough is a product that for high-precision and low-loss optical transmission solution specifically designed for uhv environments.
Custom High Temperature Ceramic Components
High temperature ceramic parts are essential for applications demanding extreme heat resistance,thermal stability,electrical insulation and corrosion resistance.
Ceramic Gas Nozzles for TIG
Innovacera Advanced Ceramic Gas Nozzles for TIG made from the highest grade alumina, present high spatter resistance, high heat resistance, high strength, good insulating ability and excellent corrosion resistance in a wide range of operating temperatures and conditions, and suit the highest demands of industrial applications with the combination of its technical features.
HN-Type Coaxial Connector – Flange Mount
HN type coaxial connector is a type of coaxial interface specifically designed for high voltage radio frequency signal transmission. It’s widely used in equipment panels or cabinet walls that require wall penetration installation. This connector is installed by either flange method or partition method and is equipped with a threaded locking structure, ensuring extremely high vibration resistance and anti-loosening capabilities in the long term operation of the system.
Zirconia Ceramic Slotted Blades
In electronics, OLED displays, lithium battery production, and high-end packaging, film cutting quality directly affects yield and process stability. In the continuous cutting process, the blade needs to remain sharp for a long time while avoiding burrs, tearing, or material deformation. Conventional metal blades tend to wear quickly in high-speed slitting environments. Edge dulling and corrosion can gradually reduce cutting quality and increase machine downtime. In this application scenario, Zirconia Ceramic Slotted Blades for High Precision Film Cutting have gradually become a stable alternative solution. Their high hardness, wear resistance, and chemical inertness make them exceptionally well-suited for these demanding applications.
Boron Nitride Nozzles for Molten Alloy Processing
In the processes of melting alloys and processing high temperature metals, The nozzle is a very small but extremely crucial component. It comes into direct contact with molten metal and is constantly exposed to high temperatures and thermal shock conditions.
Boron Nitride Bushing
Boron nitride is a commonly used material in ion sources. We typically use it for: insulators, bushings, internal support structures, the reason is straightforward. It provides good insulation, handles heat well, and remains stable in vacuum and plasma environments.
Boron Nitride Insulator Pin
The Boron Nitride Insulation Positioning Pin is a specialized ceramic component primarily made of high-purity 99.7% Boron Nitride (BN), formed via hot-press sintering and subsequently precision-machined.
Ceramic Vacuum Feedthrough
Innovacera’s ceramic-to-metal sealing components such as ceramic vacuum feedthroughs are made of high-purity alumina ceramic and precisely machined metal rods. The permanent is high-strength and ultra-high gas-tight sealing connection is achieved through a high-temperature vacuum brazing process.
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