Polishing slurry is a critical material for ultra-precision machining in the optical communication industry, widely adopted in the fabrication of fiber optic connectors, optical chips and optical components.
Chemical mechanical polishing (CMP) using nano-scale abrasive particles is performed on ceramic ferrules, silicon photonic wafers, lithium niobate crystals and other substrates to achieve atomic-level surface flatness. This process effectively reduces insertion loss and return loss, improves component coupling accuracy and signal transmission stability, making the slurry an essential auxiliary material underpinning the high-quality development of high-speed optical modules, data centers and 5G communication systems.
With years of industry expertise, we bring rich experience.
Our smart factories and advanced labs guarantee stable, consistent products.
Our technical team delivers custom precision polishing solutions for your unique needs.
MYHMICRO has focused on precision polishing for optical communications for years. Leveraging mature proprietary technologies and abundant on-site practice experience, we have developed specialized nano polishing slurries exclusively for fiber terminals and ceramic ferrules.
Our slurries adopt evenly distributed fine abrasive grains, delivering mild polishing action that prevents fiber core damage. They can efficiently remove end-face scratches, adhesive residues and surface defects, accurately optimize end-face curvature and surface smoothness, and greatly boost the insertion loss and return loss indicators of optical fibers.
Furthermore, we customize matched process parameters for various terminal types including LC, SC and APC. We provide tailor-made one-stop integrated precision polishing solutions for fiber terminals, consistently ensuring outstanding optical transmission performance of fiber connectors.
