Special 114 x 114 mm Square Type Diamond Polishing Film Lapping Film for polishing fiber optical fiber disc

Product Description

Diamond lapping film (Polishing sheet) is the use of the latestinternational development of ultra-precision coating technology,after uniformly dispersing micron or nanometer diamond powder and new polymer materials, it is coated on the surface of high strength film, and then processed by high-precision cutting technology.

Feature

1. Perfect grinding efficiency for surface’s high-resolution with different precision demand

2. Better capacity of ruling out scrapings, not easy to be plugged up.

3. High resistant to water and oil, applied for wet or dry finishing.

4. Long durability and continous polishing.

SPECIFICATION

Application

Shenzhen Chuanglixun Optoelectronic Equipment Limited is founded in 2010,locates in Shenzhen China.
Chuanglixun is an independentand innovative high-tech enterprise integrating R&D,production and sales of optical fiber connector production equipment and services.
Chuanglixun is focusing on the field of fiber optic polishing solutions.We specialize in manufacturing fiber optic polishing machine, design various optical fiber connectors polishing fixtures, provide completed polishing process and materials for all kinds of fiber optic connectors.Chuanglixun could provide the whole sets of production equipments for fiber optic patch cords, such as fiber optic polishing, end face inspection microscope, functional inspection and detection, raw materials as fiber optic cables and fiber connectors, processing tools and cleaning consumables.
During last 14 years, we have been comprised of a group of experienced fiber optic professionals in areas of connector polishing and assembling, outside plant installation, transmission system, datacom, CATV and testing.We can provide not only products, but also technical services and R & D support.
Shenzhen Chuanglixun Optoelectronic Equipment Limited is willing to be your partner to reduce the production cost and improve the production efficiency.