PaperShell is today participating in the NATO Summit Defence Industry Forum (NSDIF26) in Ankara following an invitation from the Swedish Ministry of Defence. The company is one of a select group of Swedish participants alongside Saab, Aimpoint, BAE Systems Bofors, GKN Aerospace, SSC and SOFF.
The invitation reflects the rapid transformation currently taking place across Europe's defence industr
PaperShell has been invited by the Swedish Ministry of Defence to participate in the NATO Summit Defence Industry Forum (NSDIF26) as one of a select group of Swedish companies, joining Saab, Aimpoint, BAE Systems Bofors, GKN Aerospace, SSC, and SOFF.The invitation reflects the growing importance of advanced materials, industrial capability, flexible production, independent and short value chains a
On 29 June, at the 75th Lindau Nobel Laureate Meeting, PaperShell had the privilege of hosting the Partner Breakfast named "Where Science Meets Art and Capital Supports Nature," bringing together Nobel Laureates, researchers, industry leaders, policymakers and international media. The 75th anniversary meeting welcomed more than 600 young scientists from 87 countries, creating a unique forum f
Catifa Carta by Arper has received an Honorable Mention at the Compasso d’Oro ADI Award, founded by Gio Ponti in 1954 and today one of the most prestigious international design awards. The chair shell is produced using PaperShell’s fossil-free biogenic composite material, bringing biogenic material substitution into one of Europe’s most recognised contemporary chair designs. “Catifa Carta is the f
Since 1951, the Lindau Nobel Laureate Meetings have brought together Nobel Laureates and outstanding young scientists from around the world to discuss the role of science in society. The 2026 interdisciplinary 75th anniversary meeting gathers around 75 Nobel Laureates and 600 young scientists from across the world.
PaperShell, the Swedish material company behind a new fossil-free composite material designed to replace aluminium, plastics and glass fibre at industrial scale, has signed a Grant Agreement with the European Commission under the EU Innovation Fund.
PaperShell signs a €40.3 million grant agreement with the EU Innovation Fund
PaperShell has successfully raised 150 MSEK in a fully oversubscribed funding round, attracting both institutional and private investors. Investors include DNB Asset Management (NO), Kistefos (NO), Course Corrected (SE), Carrick Family Office (SE), alongside a mix of institutional and private strategic investors and existing shareholders.
“We are proud and grateful for the continued trust from
PaperShell announces the launch of Wood Metal® Sinus, a trademarked biobased composite material developed as a high-performance alternative to corrugated metal in architecture and construction. Wood Metal® Sinus is made from 100% fossil-carbon-free content, and its record low carbon fooprint delivers an order-of-magnitude improvement on CO2e redcution over traditional facade materials.
Compared
PaperShell has been one of the 61 selected of 359 applicants in the Medium-Scale category within the Net Zero Technologies by CINEA to the finalizing Grant Agreement Preparation phase under the EU Innovation Fund 2024, one of the world’s largest climate-innovation programmes. The €83,2 million planned expansion will scale PaperShell’s Tibro-based factory, increasing production of fossil-free and l
A new chapter in sustainable design has arrived. Fredericia, the renowned Danish furniture company, has unveiled the Pato Paper Chair, a milestone in their pursuit of circular design. At its core is PaperShell, our fossil-free, high-performance material made entirely from biogenic material engineered for complete circularity.
PaperShell is a high-performance, sustainable alternative to glass fibre, aluminium, and plastic that could change the way you work with flat sheets and components. Combining high mechanical strength, heat resistance, and excellent machining capabilities, it offers both top-tier performance and a substantionally reduced environmental footprint – cutting CO₂e emissions by up to 98% compared to virg
