低折射UV硬化树脂

物理特性

粘度

系数

附着力

脱模

热量特性

High / Low Tg

耐久性

光学特征

低损失

低折射率

低黄变

透明性

特点

PFOA Free

快速UV硬化

增加 silane 粘着力

PC-Series

Wide Range of

Low Refractive Index

Environmentally
Non-Hazardous

SPC-Series

XPC-Series

High Temperature

High Power Application

HDC Series

High thermal, boiling water resistance applications

SCx-Series

Single Coating process in Lab

June 29, 2016

XPC-373; Research Abstract of Fiber Optic Research Center (RAS) in CLEO 2016

FOSPIA announces development of a high temperature resilient low-index UV curable polymer product (XPC-373) in collaboration with Fiber Optics Research Center, Russian Academy of Science (RAS), in CLEO 2016 (San Jose, June 5-10, 2016)

RAS has executed series of experiments to test the long term stability of XPC-373 used in a fiber cladding light stripper (CLS). Long-term reliability of CLS was tested for 170 hours of continuous operation.

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