Welcome to XYT, your trusted partner in precision polishing solutions. Since our establishment in 1998 in Shenzhen, China, XYT Lapping Film has been at the forefront of innovation in the field of polishing and lapping materials.
XYT is a distinguished high-tech enterprise dedicated to the seamless integration of research and development, production, and sales. We cater to a prestigious clientele that includes industry leaders such as Commscope, TE Connectivity, Molex, Amphenol, SMIC, Kyocera, Corning, Nissan, and TOYOTA, among others, many of whom are Fortune 500 companies.
Specializing in polishing solutions, XYT excels in manufacturing advanced polishing machines, designing bespoke optical fiber connector polishing fixtures, and offering comprehensive polishing processes and materials tailored to diverse applications.
Our lapping films are crafted with precision, coated with meticulously graded particles such as Diamond, Aluminium Oxide, Silicon Carbide, Silicon Dioxide, Cerium Oxide, and Silicon Oxide on durable polyester film. These films ensure a consistent and reproducible finish on even the toughest materials, with available grades ranging from 0.01 to 100 microns. Available in discs, belts, sheets, or rolls, XYT's lapping films are engineered to optimize your polishing processes for unparalleled performance and reliability.
Explore the potential of our cutting-edge solutions to elevate your polishing operations. Contact us at sales@xytbrands.com for more information on how XYT can collaborate with you to achieve exceptional results.
In the future, XYT will keep on innovating, extend a sustainable product directions, improve the management mechanism capability of self-correction, establish a cohesive corporate culture, and strive to create a comprehensive industrial base consists of science and technology research, high-end manufacturing, technical support, talent gathering and market services. We will be leading high-quality development with technological innovation, and building a better world with advanced materials.
