SABICs New Lexan* EXL Copolymer Boosts Design Freedom for Next-Generation Miniaturized Photovoltaic Systems
Summary
Pittsfield, MA, December 24, 2011 --( The PV market is one of the most dynamic global sectors, with compounded annual growth rates above 20 percent1 and significant attention as a viable and growing mainstream alternative energy source.“Our focus on the photovoltaic market reflects SABIC’s active support for environmental trends such as alternative energy, which depend upon technological breakthroughs to make them economically feasible.“As leaders in the development of polycarbonate for nearly 60 years, we are able to leverage our deep knowledge and industry expertise to foster innovations in solar that help our customers achieve their sustainability objectives,” Kodis said.The flame-retardant material also complies with the UL94 V0 standard at 0.8 mm, allowing thinner-wall parts to be designed.In addition, Lexan EXL 9330S copolymer provides exceptional low- and high-temperature impact resistance (from -40 C to 70 C) and corrosion resistance for good long-term performance and weatherability in a range of demanding outdoor environments.Potential for System Cost ReductionWith its processing advantages of easy flow for cost-effective thin-wall designs and high throughput, plus easy release from the mold, Lexan EXL 9330S copolymer can reduce the total injection molding cycle time by up to 40 percent.Pottants and sealants are used in the PV industry to attach the junction boxes and connectors to the solar panel.SABIC also works closely with regulatory bodies to help ensure that the economical use of the company’s resin technology will meet the performance requirements of PV systems.For additional information on SABIC’s products for photovoltaic applications, please go to www.sabic-ip.com.