Syensqo is a global specialty materials and chemicals company formed in 2023 through the separation of Solvay’s specialty businesses. Headquartered in Brussels, Belgium, the company operates research, innovation, and manufacturing sites across multiple regions.
Syensqo develops high-performance polymers, composite materials, and advanced formulations serving electronics, automotive and e-mobility, aerospace, healthcare, and industrial markets. Its portfolio spans fluoropolymers (including PVDF), specialty elastomers, aromatic polymers such as PPS, and composite resin systems for structural applications. The company is active in battery materials (e.g., binders, separator coatings, and next-generation electrolyte technologies), hydrogen and fuel-cell/electrolyzer ionomers and membranes, and materials used in semiconductor and microelectronics processing. Syensqo’s technologies are applied to lightweighting, thermal and chemical resistance, and durability requirements central to energy transition and high-reliability applications.
chemXplore tracks 3 projects involving Syensqo, of which one is active.
Syensqo's role on them: Owner, Investor / Financier, Operator, and Developer.
1 expansion.
Targeting: Polyetheretherketone polymer (1), Polyphenylene sulfide (1), Polyphthalamide (PPA) (1)
Modular compounding line due Q1 2028 will double Panoli capacity and process PPS, PEEK, PPA and PARA for automotive and other industries, supporting localized supply.
An Administrative Law Judge found rival PVDF products infringe a patent covering PVDF used in lithium‑ion batteries; the ruling is preliminary and subject to review and appeal.
5% organic sales growth led by Materials; gross margin 34%; underlying EBITDA €311m; updated full-year underlying EBITDA outlook at least €1.1bn.
New Monthey depolymerization plant converts PET and polyester textiles back into virgin-quality monomers for hard-to-recycle streams.
Five-year carbon-fiber supply deal (effective Jan 2026) to secure supply for aircraft, space and defense, strengthening the global chain amid rising aerospace demand
PGMs and ionomers are recovered from PEM fuel cells and electrolysers, maintaining performance and reducing carbon footprint by up to 80% through innovative recycling processes.
Chiovato and Buissette lead efforts to scale sulfide solid electrolytes for all-solid-state batteries, targeting 500 Wh/kg by 2028-2030, with plans for funding and industrial scale-up.
Argylium aims to scale solid-state battery materials, enhancing safety and energy density, and fostering collaboration with European research and industry partners.
By country, the most active first. active / all projects
