Product Item | INNOVACERA

Direct Plated Copper (DPC) Ceramic Substrate

DPC is a newest development in the field of Ceramic Substrate PCBs, by magnetron sputtering technology to deposit a metal layer (Ti/Cu target) on the surface of the ceramic substrate which result in copper thickness’ ranging from 10um to 130um, and then photolithography to form circuit patterns, electroplating is used to fill in the gaps and thicken the metal circuit layer, and the solderability and oxidation resistance of the substrate is improved through surface treatment, finally remove the dry film, and etch the seed layer to complete the substrate.

Textile Ceramic Guides for Acetate Tow Spinning

Textile ceramic guides are essential acetate tow spinning components used in cellulose acetate fiber production. These ceramic guides for fiber spinning help control filament movement and ensure stable yarn quality in high-speed processes.

3 Holes Zirconia Ceramic Blade

INNOVACERA’s Zirconia Ceramic 3 Holes Slitting Blade is specifically designed for precise slitting of industrial films, foils and thin materials. Available in dimensions of 43 × 22 × 0.2 mm, 0.3 mm, and 0.4 mm in thickness, this blade offers flexibility for different slitting requirements. Leveraging the excellent hardness, wear resistance and thermal stability of zirconia ceramics, this blade can remain sharp for a long time in high strength continuous production environments, significantly reducing the number of blade replacements and downtime.

Alumina Crucible for Thermal Analyzer

This miniature crucible product is mainly manufactured from 99% high-purity alumina material with precision. It is specially designed for various thermal analysis instruments such as TGA, DSC, and DTA. The high-purity alumina has the properties of high temperature resistance and low thermal expansion coefficient. This enables the crucible to withstand the rapid heating and cooling of the instrument, and it is less likely to crack. As a result, the test data is more sensitive. As an experimental precision tool, it has a very small capacity and is lightweight. Its design is mainly aimed at testing small samples, in order to reduce sample consumption while still being able to fit the sample chamber size of the thermal analyzer.

Technical Ceramic Inserts

Innovacera technical ceramic inserts are engineered for downhole bridge plugs and frac plug slips systems, main size is OD9mm*6mm. Generally they are made by zirconia ceramics or silicon nitride ceramics, depends the using condition, it is widely used for oil and gas industry solution.

8 Pin 30A 10kV CF2.75 Ceramic Vacuum Connector

Innovacera this high-reliability 8 pin 30A 10kV CF2.75 ceramic vacuum connector feedthrough with 0.094″ conductor diameter, designed for UHV systems and compatible with CF35 flanges—ideal as an alternative to standard ceramic to metal seals vacuum connector feedthrough specifications. This feedthrough offers a fully compatible alternative, with equivalent voltage rating, pin configuration, and flange standard—while supporting customization and shorter lead times.

4 Pin 30A 10kV CF35 High Current Vacuum Ceramic Feedthrough

If you need a stable high-current vacuum feedthrough, Innovacera this 4 pin 30A CF35 high current vacuum ceramic feedthrough is optimized for power transmission in demanding vacuum environments, it is 0.094” Conductor Diameter 4 Pin 10kV 30 Amp Copper Conductor in a CF2.75.

8 Pin 12kV 28 Amp Ceramic Vacuum Feedthrough CF2.75 Electrical Connector

Innovacera 8 pin 12kV ceramic vacuum feedthrough is designed for ultra-high vacuum (UHV) systems, supporting 28A current and 0.094″ 2.3876mm conductor diameter, Copper conductor. It serves as a direct alternative to market’s most brand feedthrough, offering equivalent performance with flexible customization and faster delivery.

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.