XYT™ Lapping Films are a reliable, cost-effective, and production-ready alternative to all grits and types of 3M, SEIKOH GIKEN, ÅngströmLap, and MIPOX lapping films.

XYT CE0.5B Cerium Oxide Lapping Film is a reliable, production-ready alternative to 3M, FOC, and MIPOX cerium oxide or silicon dioxide flocked films.

XYT SC1A and SC1B 1 µm Silicon Carbide Lapping Films are proven, high-precision drop-in replacements for 3M, FOC, and MIPOX aluminum oxide flocked films used in MPO / MT / TMT / MTP ferrule pre-polishing.

XYT polishing films deliver high-precision finishing for fiber optics, photonics, semiconductors & optics. Explore diamond, alumina, SiC, SiO₂ & CeO₂ films with grit charts & process tips.

Discover XYT polishing films for fiber optic connectors & ferrules. Explore specs, applications, polishing process steps, and troubleshooting solutions.

Explore XYT’s deep-dive guide to lapping film applications. Diamond, alumina, SiC, SiO₂, and CeO₂ abrasives with grit charts, process parameters, troubleshooting, and metrology for fiber optics, semiconductors, ceramics, and gemstones.

XYT YMZ-4/ YMZ-5/ YMZ-8 / YMZ-9 / YMZ-10 Black Cloth Flocked Polishing Pads are the ideal choice for final-stage polishing where surface quality, consistency, and scratch-free results matter most.

Silicon Carbide (SiC) Flocked Film, specially designed for geometry pre-polishing of MT, MPO, and MTP ferrules. This high-performance film ensures precise control over fiber height and ferrule end-face geometry before final polishing stages.

Diamond Flocked Film is engineered specifically for mirror-polishing applications on chrome-plated, tungsten carbide, and stainless steel rollers, providing high cutting efficiency with ultra-fine surface control.

Aluminum Oxide (Alumina) Flocked Polishing Film is engineered for geometry pre-polishing of MT ferrules, playing a critical role in shaping and preparing multi-fiber connectors before final polishing.

Cerium Oxide Flocked Film is specially designed for the final step of MT ferrule polishing, delivering superior surface clarity, geometry, and end-face cleanliness.