Filamentive launches Material Sustainability Profiles
Aiming to improve transparency in 3D printing
Filamentive, a UK-based 3D printing filament brand with sustainability at its core, has launched a new initiative aimed at increasing environmental transparency in additive manufacturing. Its newly introduced Material Sustainability Profiles are concise environmental declarations, designed to help customers make informed decisions based on accurate and accessible data.
In 2024, the company also launched the UK’s first 3D print waste recycling scheme and the previous year it released a UK-made recycled Economy PLA filament. With the new Material Sustainability Profiles, each profile provides a structured overview of a material’s environmental credentials, including polymer origin, recycled content, packaging type, and end-of-life guidance, as well as compliance with relevant standards such as REACH, RoHS, and ISO 9001/14001.
This initiative responds to growing industry demand for sustainability data. According to a recent survey conducted by Filamentive, 89% of respondents stated that sustainability is important to them; yet, reliable environmental information remains limited or inconsistent across the market.
“In a landscape full of ambiguous green claims and vague terminology, we see an urgent need for greater clarity and accountability,” said Ravi Toor, Managing Director of Filamentive. “These profiles are a step towards more honest communication, empowering users to align purchasing decisions with environmental values.”
Material Sustainability Profiles are now available for Filamentive’s core range of materials, including PLA, PETg, ASA and engineering filaments. The company has also confirmed plans to expand the initiative further and is exploring the development of full Environmental Product Declarations (EPDs) and Material Passport-inspired documentation in the future.
While not claiming perfection, Filamentive views this move as a significant step forward in its mission to support a more sustainable, circular economy in 3D printing.





