C610 alumina ceramic tube sleeve holder shenxing ceramic

Ceramic Advantages 1). Strong acid resistance2). Strong insulation3). Strong adsorption4). High thermal insulation performance 5). Chemical stability6). High compressive strength

  Photovoltaic Semiconductor Furnace Ceramic Parts: High-Purity Core Components for Precision Manufacturing Photovoltaic (PV) semiconductor furnace ceramic parts are critical accessories tailored for high-temperature, high-purity processing in PV cell and semiconductor manufacturing. Crafted from advanced ceramic materials (primarily high-purity alumina, zirconia, and silicon nitride), they ensure stability, contamination-free operation, and long service life under extreme furnace conditions.

The C520 cordierite ceramic plug is a type of component made from cordierite ceramic material. Cordierite is a magnesium - aluminum - silicate mineral known for its excellent thermal shock resistance, low thermal expansion coefficient, and good electrical insulation properties.

    Alumina ceramic connector is a type of connector that uses alumina ceramic as the main material. Alumina ceramic, mainly composed of aluminum oxide (Al₂O₃), is renowned for its excellent physical and electrical properties, making it widely used in various high - performance connector applications.

This ceramic rod is a premium accessory designed for car fragrance diffusion, leveraging the material's excellent porous structure to absorb and release essential oils or fragrance liquids slowly and evenly.

A ceramic stick for a band heater is a key component in ceramic band heaters, which are widely used in plastic processing machinery and other equipment. It is usually made of high - frequency ceramic materials and has the characteristics of fast heat transfer, high hardness, and resistance to high temperatures and aging. The ceramic stick is mainly used to thread the heating wire. The heating wire, usually made of high - temperature - resistant nickel - chromium alloy, is wound into a spring shape and then passed through the ceramic stick. This structure enables the ceramic band heater to have a higher power than ordinary heaters and can quickly generate and transfer heat during operation.