HOUSTON, Texas — September 13, 2021 — ExxonMobil will present its new breakthrough solution which is designed to produce nonwoven fabrics with lofty thickness, ultra-cushiony cotton-like softness, and a silk-like smooth touch at INDEX 20 (booth 2115). Also offering low lint and uniformity, the solution provides a tailored balance of properties for nonwovens used in premium diapers, pant-type diapers, feminine care and adult incontinence products.
“Working collaboratively with Reifenhäuser Reicofil has resulted in a new benchmark for high loft, soft nonwovens to meet growing market demand globally, and particularly in Asia Pacific,” said Olivier Lorge, global market manager, Polypropylene, Vistamaxx and Adhesions Business, ExxonMobil. “Addressing the hygiene market’s desire for innovative, differentiated soft nonwovens, this solution will unlock business opportunities for ExxonMobil customers across the value chain.”
A blend of ExxonMobil™ PP3155E5, ExxonMobil™ Achieve™ Advanced PP3684 and Vistamaxx™ 7050BF performance polymer, the solution is easily processed using bi-component (BiCo) spunbond technology from Reifenhäuser Reicofil, an acknowledged market leader in complete nonwoven, meltblown and composite production lines.
By adjusting the formulation, nonwovens can be tailored to meet the needs of different hygiene product components such as the bellyband, back sheet and top sheet used in baby diapers, feminine care, and adult incontinence products.
Offering the thickness required for cushiony softness, the nonwoven fabric is as resilient as it is lofty, while delivering good drapability, uniformity for consistent products and low lint for surface stability. Formulation variations allow nonwovens to be produced with a different feel to meet the needs of the application, from a cottony touch to a silky touch.
Spunbound fabrics can be manufactured that are up to 15 percent thicker for outstanding protection compared to other BiCo spunbond high-loft solutions. Plus, 80 percent of the thickness is maintained after being placed under load for an extended period.
Posted September 13, 2021