Sophisticated Solutions for Fiber Optics
Our enhanced portfolio of solutions for electronic optical components include qualities such as chemical and impact resistance, dimensional stability at elevated temperature, along with high-strength and stability, excellent optical properties such as light transmission rate and refractive index. We offer materials that allow manufacturers to create innovative fiber optics applications in the electronics market.
- Veradel® PSU - A high-performance amorphous thermoplastic, Veradel® PSU enhances connector housings in optical fiber connectors. It also provides high quality materials for module housings and plug housings in optical transceiver modules.
- Ryton® PPS - A semi-crystalline, high-heat polymer, Ryton® PPS greatly improves fiber ferrules in optical fiber connectors and is an excellent material for plug housing in optical transceiver modules. It features excellent flow, low shrinkage, superior stiffness and mechanical integrity.
- Solef® PVDF - As a highly non-reactive thermoplastic, Solef® PVDF enhances wire and cables in fiber optics. It offers high resistance to fire, chemicals and UV rays along with lightweight flexibility and low thermal conductivity.
- Fluorolink® PFPE - Fluorolink® PFPE fluids modify host materials to optimize their performance capabilities. As a line of versatile fluids, Fluorolink® PFPE allows for better fiber cladding in fiber optics.
- Radel® PPSU - A sulfone polymer, Radel® PPSU improves lenses and mirrors in optical transceiver modules. It enables components to withstand high impact, heat and chemicals while maintaining long-term hydrolytic dimensional stability.
- Udel® PSU - Udel® PSU, a rigid, high-strength, semi-tough transparent plastic known for excellent stability. This plastic material enhances lenses and mirrors in optical transceiver modules.
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