Trinseo is a global materials company that develops and manufactures plastics, latex binders, and engineered materials for industrial and consumer markets. Formed in 2010 from Dow’s styrenics and latex businesses (initially as Styron), the company operates manufacturing and R&D sites across North America, Europe, and Asia, with headquarters in the greater Philadelphia area, USA.
Its portfolio spans styrenic polymers and copolymers (including polystyrene, ABS, and SAN), polycarbonate and acrylic materials, thermoplastic elastomers, specialty compounds and blends, as well as latex binders used in paper and board, carpet, adhesives, coatings, and battery applications. Trinseo serves sectors such as mobility, building and construction, packaging, medical, consumer electronics, and energy storage. The company focuses on material innovation and circularity initiatives—such as recycled-content and bio-based options—to help customers meet performance, safety, and regulatory requirements across the chemical and materials value chain.
Also known as Aristech Acrylics, Aristech Surfaces LLC, Avonite, and Aristech Surfaces.
chemXplore tracks 9 projects involving Trinseo.
Trinseo's role on them: Owner, Operator, Developer, Technology licensor, and Technology / equipment supplier.
Industrial trial converted demo-lens PMMA waste into crude MMA via depolymerization, demonstrating a potential closed‑loop route for acrylic eyewear materials.
Net loss $120M; adjusted EBITDA $81M; free cash flow negative $125M; advancing DIP-backed debt restructuring and restarted Americas Styrenics sale.
Raises Scope 1 & 2 intensity reduction to 50% by 2035 (41% achieved vs 2017); renewables target 30% by 2030 (28% in 2025); broadens water stewardship and advances recycling pilots.
D-LFT thermoplastic battery enclosure offers a lighter, recyclable alternative to metal, supporting EV lightweighting and performance goals.
Thin-wall, flame-retardant thermoplastic composite reduces weight, improves safety and recyclability for EV battery casings; debuted at CIBF 2026 and will appear at Battery Show Europe
A new water‑based SBR anode binder for graphite/silicon minimizes binder migration, lowers surface resistivity ~5% and whole‑cell DCIR up to 18%, while retaining adhesion and heat resistance.
Q1 sales $725M (-8%); net loss $116M; Adjusted EBITDA $53M; Free Cash Flow -$244M; ending cash/liquidity $114M; added $50M to revolver; charges $31M
Lender waivers expiring; missed interest; market cap far below debt. Costly M&A and validated PC/ABS dissolution recycling tech, but cash‑strapped amid energy shocks and no sovereign backer—sale likely.
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