TAGS: Electrical & Electronics High Heat Materials Transparency Cost Efficiency
SABIC will highlight at Optical Fiber Communications (OFC) Conference 2023 (Booth #5748) several specialized, high-heat thermoplastics that can facilitate the adoption of cutting-edge optical technologies.
Ultra High-temperature Resistance
Featuring design flexibility, exceptional performance and high-volume processing capabilities, the company’s EXTEM™ and ULTEM™ thermo-optical resins may help the industry transition to co-packaged optics and single-mode fiber optic systems that help to enhance data center bandwidth capacity and energy efficiency.
These resins offer near-infrared (IR) transparency, ultra-high-temperature resistance to better withstand reflow soldering, dimensional stability for complex, high-precision parts and mass production capability.
At the conference, SABIC will spotlight its recently launched
EXTEM™ RH1016UCL resin, a thermoplastic polyimide material well suited for injection molding lenses used in co-packaged optical transceivers, and
ULTEM™ 3310TD resin, a polyetherimide material with very low thermal expansion, targeting lenses for single mode optical transceivers. Visitors will be able to view various parts that have been micro-molded using these resins, such as aspherical test lenses and a mountable lens array with multi-fiber push-on (MPO) connector pins.
Related read: Boost up your vision with ULTEM™ & EXTEM™ resin optical portfolio
Helps Reduce Power Requirements and Costs
To address evolving industry requirements, SABIC representatives will discuss plans for upcoming materials with even higher near-IR transparency than existing grades. These new solutions can help enable the use of advanced assembly processes to boost productivity and reduce costs.
High-heat EXTEM™ RH1016UCL resin, a 2023 Edison Award finalist in the Next Generation Manufacturing category, can withstand the 260°C peak temperature of printed circuit board (PCB) reflow soldering while maintaining the dimensional stability required of complex, miniaturized lenses and arrays. It can help customers transition to co-packaged optics that help reduce power requirements and costs by relocating the optics much closer to the main switching application specific integrated circuit (ASIC).
ULTEM™ 3310TD resin features a very low coefficient of thermal expansion (CTE), which can play a key role in maximizing the dimensional stability of collimator lenses and pinpointing alignment with single-mode fibers.
The opto-electronics industry may benefit significantly from EXTEM™ and ULTEM™ materials, which expand design freedom; offer new opportunities for part integration; and support efficient molding of parts at large build numbers. To realize the full potential of these materials in customer applications, SABIC’s Optical Center of Excellence in the Netherlands offers advanced support in thermoplastic processing and component design.
OFC 2023 will take place March 7-9 at the San Diego Convention Center in San Diego, Calif., USA.
Source: SABIC
