MagScience™ - Next-Gen Printable Magnetic Films with Lower Climate Impact, proven by verified EPD

MagScience by Digital Magnetics is a new generation of high-performance printable magnetic films engineered with both exceptional magnetic performance and a significantly lower CO₂ footprint over the full product life cycle

Key Sustainability Advantage

✔ Up to 35% lower climate impact compared to traditional magnetic PVC films over the full life cycle — from raw materials to end-of-life.

✔ Verified through a comprehensive Life Cycle Assessment (LCA) conducted according to ISO 14040/44 standards  

✔ A more responsible choice for printers, brands and retailers that want to reduce carbon footprint without changing workflows and sacrificing product quality.

Performance Features — Sustainable and Strong

MagScience is thinner, lighter and easier to work with — yet maintains or exceeds performance expectations of traditional printable magnets:

  • High magnetic pull force and holding power
  • Better roll flatness for smoother printer feed
  • HP Latex, Eco-Solvent & UV-cure compatible
  • Easier cutting + mounting, including curved surfaces
  • VOC-free (A+) & Class B-s1,d0 fire rating
  • Reduced material use and transport weight (supporting lower emissions)


Choosing MagScience over traditional magnetic films helps your business:

  • Reduce Scope 3 CO₂ emissions in your print supply chain

  • Strengthen sustainability credentials in tenders and customer proposals

  • Support ESG reporting and carbon strategies

  • Reduce waste and material usage thanks to lighter, thinner material

Environmental Performance – Tangible, Proven Results

Verified LCA Findings:

MagScience delivers a minimum of 26% up to 35% lower CO₂ emission compared with conventional PVC magnetic films — a meaningful environmental improvement for regular sign, display, and graphic production workflows.

The EPDs are available via the International EPD® System and accessible through relevant national databases and Eco Platform, providing an unparalleled level of insight into the environmental performance of our magnetic print materials.