A Poly Trimethylene Terephthalate With a Smaller Carbon Footprint
Sorona® EP contains 20% to 37% renewable material from non-food biomass, and has performance similar to conventional PBT plastics.
DuPont™ Sorona® EP poly trimethylene terephthalate, a thermoplastic polymer, delivers molding characteristics comparable to high-performance PBT (polybutylene terephthalate), including good strength and stiffness.
In addition, Sorona® EP delivers good dimensional stability and finishing qualities, making it an excellent choice for uses from automotive parts to furniture and mobile phone housings, and both industrial and consumer products.
Reducing Fossil Fuel Use, Not Performance
DuPont is committed to reducing dependence on fossil fuels. Containing 20% to 37% renewable material from non-food biomass, Sorona® EP is a breakthrough in biopolymer performance, because it allows renewable materials to be used more widely.
How Sorona® EP is Made
Sorona® EP thermoplastic polymer grades are made with a key intermediate called Susterra™ renewably sourced propanediol made from corn sugar, using proprietary fermentation and chemical processes. Sorona® EP starts out with the same polymer chemistry as the Sorona® used for fibers. Using custom formulation technology and additional enhancements results in high-performance resins suitable for engineering applications.
The automotive industry has an increasing need for high-performance, environmentally sustainable fibers. The Toyota SAI® meets the increasing demands for a sustainable luxury automobile by using DuPont™ Sorona® renewably sourced polymer for the ceiling surface skin, sun visor and pillar garnish.
INFORMATION & IDEAS
DuPont Performance Polymers brings global knowledge to local application development at innovation center facilities located in Europe, Asia and the Americas.
DuPont collaborates with customers worldwide to develop innovative metal replacement applications to make cars, planes and other equipment more fuel- and cost-efficient.
Renewably sourced DuPont biopolymers are used in sustainable plastics that can replace oil-based materials and reduce dependence on fossil fuels.