Ceramic rings are characterized by high hardness, excellent wear resistance, good corrosion resistance and insulation. They are widely utilized in the field of electronic and employed in high-temperature and corrosive equipment. With their extended lifespan, they greatly enhance equipment maintenance cycles.

Stainless steel ring is a versatile product with excellent wear, corrosion, and heat resistance. Its ductility and machinability allow it to be easily shaped, making it ideal for a range of applications in industries like medicine and electronics,etc.

Aluminum alloy rings play a significant role in various industries.They feature high strength, corrosion resistance, and wear resistance.

Engineering plastics have high temperature and corrosion resistance, excellent mechanical strength and electrical insulation properties, ensuring stable equipment operation in complex environments. Additionally, these parts are easily processed and customized, and Companion can quickly meet diverse customer needs with efficient and reliable solutions.

Utilizing high-purity fine powder as raw material, we meticulously control the parameters of each process step—from raw powder preparation and large-size isostatic pressing to sintering. This approach successfully addresses the machining challenges, such as cracking and chipping, associated with the inherent high hardness and brittleness of ceramic materials. As a result, we achieve miniaturization and high-performance precision of components. Our solutions provide stable and precise planar support in precision manufacturing, enabling effective positioning and movement of workpieces during micro-machining, ensuring high precision and rapid transmission. The internal porous channel design facilitates a uniform gas film.

High-purity alumina ceramic-air-bearing-pad provides effective positioning support for workpieces. When machining high-precision mechanical parts on CNC grinders, these strips ensure stable positioning during processing. With micron-level flatness accuracy, they minimize displacement deviations, ensuring machining dimensions meet high standards. The internal porous design delivers a uniform air film.