Licensable SoaneClean delivers a ready-to-manufacture product with bio-based ingredients and cost savings without sacrificing format, fragrance or retail standards Soane Materials, the leading regenerative materials innovation and IP licensing company, today announced the launch of its SoaneClean™ Scent Bead licensing platform, introducing the first commercially scalable, performance-equivalent, PEG-free alternative to conventional polyethylene glycol carrier systems. As cons

Formulation is built on blend of redispersible microfibrillated cellulose https://www.nonwovens-industry.com/live_from_shows/soane-materials-presents-flushable-technology Soane Materials, a leading regenerative materials innovation and IP licensing company, presented new research on flushable nonwoven design at the 2026 World of Wipes® (WOW) International Conference. Elizabeth Huth-Helriegel, Business Development Director at Soane Materials will present the session, titled “S

New licensable platform delivers wet strength, rapid dispersibility, and regulatory readiness on existing production lines with no capital retrofit required Soane Materials, the leading regenerative materials innovation and IP licensing company, today announced the commercial launch of SoaneCleanTM Wet Wipes, a licensable flushable wet wipes technology platform that resolves what has been the category's defining unsolved problem: delivering superior wet strength and rapid dis

Company's advanced cellulose-based formulation aims to resolve the long-standing tradeoff between wipe strength and flushability Soane Materials, the leading regenerative materials innovation and IP licensing company, today announced that it will present new research on flushable nonwoven design at the 2026 World of Wipes® (WOW) International Conference, taking place June 29–July 2 at the Grand Hyatt Nashville in Nashville, Tennessee. The conference, organized by INDA, the As

In laundry, in dish washing, and beyond, brands and chemical firms are innovating around waterless formats by Craig Bettenhausen Walk through the cleaning aisle of a typical US grocery store and you’ll find the detergent selection is dominated by pods and big bottles of liquid. A forlorn box of powder sits on the bottom shelf, its label imploring shoppers to try the pods. Pods rule in the dishwasher detergent section; liquid leads on the laundry side. In a small section of an

Soane to present on bio-based, biodegradable matrix technology engineered to elevate performance and sustainability across solid-format consumer care products Soane Materials, the leading regenerative materials innovation and IP licensing company, today announced that Elizabeth Huth-Helriegel, business development director for SoaneClean at Soane Materials, will present at NYSCC Suppliers’ Day 2026, one of the beauty and personal care industry’s leading ingredient and formula

Strategic licensing agreement enables scalable production of high-performance, sustainable laundry sheets – tapping into a $75B global laundry detergent market Soane Materials, the leading regenerative materials innovation and IP licensing company, today announced a licensing agreement with CleanlyEco, (operating as LaundrySheetsProduction.com under EatGreen S.R.O.), a Slovakia-based private label laundry care manufacturer supplying laundry care products to brands across more

Despite falling-iguana warnings and the record-low temperatures that brought them on, the American Cleaning Institute (ACI) held its annual convention Feb. 2–6 in Orlando, Florida. The conversations this year split between advances in cleaning chemistry and discussions on what makers of cleaning product ingredients must do to persist profitably amid rough conditions in the wider chemical industry. A wary mood was set by the news the preceding Thursday that Dow would cut 4,500

New regenerative materials technology available to license for manufacturing companies without need for change to production equipment MIAMI, FL, UNITED STATES, January 26, 2026-- Soane Materials , the leading regenerative materials innovation and IP licensing company, today announced that Elizabeth Huth-Helriegel, business development director for SoaneClean at Soane Materials, will present during Session 1 at the 2026 Innovation Showcase , “The Sheet You Don’t Know Yet: Exp

New regenerative materials platform available to license powered by SoMatrix Core technology MIAMI, FL -- Soane Materials , the leading regenerative materials innovation and IP licensing company, today announced that it has launched its industry-first, patented SoMatrix Core technology for the Soane Licensing Platform. The SoaneClean Licensing Platform is a next-generation petrochemical-free materials development platform that delivers high active loading, rapid dissolution

In a market increasingly driven by consumer demand for sustainability, the launch of Soane Materials’ innovative laundry detergent sheet...

New patented, regenerative materials technology available to license for manufacturing companies without need for change to production...

Soane Materials, the leading regenerative materials innovation and IP licensing company, today announced the company has officially...

Amid a growing global demand for eco-friendly cleaning solutions, Soane Materials has announced an important addition to its leadership...

by Brianna Kamienski Soane Materials, Miami’s homegrown leader in regenerative material innovations, is making waves with the appointment...

Industry veteran to drive rapid growth and innovation in sustainable cleaning solutions Soane Materials, the leading regenerative...

In the world of eco-friendly innovations, not all materials are created equal. Let’s delve into why NFC (Nano-Fibrillated Cellulose) is...

In the quest to replace plastics, the transition to pulp-based materials is not without its challenges. A key challenge for such...

As we chart a course towards a sustainable future, businesses are increasingly phasing out synthetic plastics in their packaging and...

Plastic is ubiquitous—it's found in every ecosystem on the planet, from our highest peaks to the depths of our oceans. It has infiltrated...