The world is undergoing a fundamental transformation as industries seek to reduce theenvironmental impact of plastic-based structures and move toward more sustainableproduction models. From packaging to textile transfer media, from food service products tofunctional paper applications, many sectors are searching for alternatives that can deliver performance, scalability, commercial feasibility and lower environmental impact at the sametime.
At the center of this transformation stands paper.
But the paper of the future is no longer only a traditional carrier surface. Next-generationpaper is being redefined as a functional technology material: capable of providing barrierperformance, heat resistance, oil and water protection, transfer functionality, recyclabilitysupport and the potential to replace plastic-based structures in a wide range of industrialapplications.
Canapa Paper Technologies brings together its long-standing experience in paper, coating, surface chemistry, process know-how and industrial application under a new strategic vision:
Plastic-to-Paper Technology Platform.
This vision represents Canapa’s evolution beyond being only a coated paper producer. Itdefines Canapa as a technology platform that develops, applies, scales and brings tointernational markets next-generation paper-based solutions that can serve as alternatives toplastic-based structures.
Redefining Paper as a Functional Material
In today’s packaging and industrial applications, plastic is often used because of technicalrequirements such as barrier performance, durability, heat resistance, flexibility, transfer capability or sealing functionality. Therefore, the transition from plastic to paper is not simplya material replacement. It is a matter of material science, surface engineering and advancedcoating technology.
This is where Canapa’s approach becomes distinctive.
Canapa does not see paper as a passive substrate. Instead, it sees paper as a functionalperformance platform that can be engineered through the right coating chemistry, the rightapplication technology and the right process conditions. With this approach, paper becomesnot only a sustainable base material, but also an advanced engineered surface that can serve as an alternative to plastic films, synthetic barriers, silicone coatings and high-impact functionallayers.
Canapa’s Plastic-to-Paper Technology Platform is therefore not limited to productdevelopment. It focuses on creating solution families that are applicable across industries, commercially scalable and aligned with evolving regulatory expectations.
Three Core Technology Families
Canapa’s technology platform is built around three core solution families:
DTPaper® is a PET film-free DTF transfer medium that offers a paper-based alternative toplastic film use in the textile printing and transfer market. By replacing conventional PET film-based DTF structures with a paper-based transfer medium, DTPaper® opens a newdirection for reducing waste and plastic use in textile printing.
Bioma-ORX® focuses on PFAS-free oil and water barrier solutions for food packaging andfunctional paper applications. It is designed to support paper-based alternatives for fast foodpackaging, grease-resistant papers, butter wrapping, food service products and other barrier-demanding applications, while addressing sustainability and regulatory expectations.
Ceralith™ is a mineral-based functional coating technology developed for ovenable andheat-resistant applications. It aims to create an alternative to PET film, silicone and syntheticpolymer-based structures, especially in ovenable board, ovenable trays, baking papers andpackaging solutions requiring high-temperature performance.
These three technology families respond to different industry needs, but they are united underone common vision:
Redesigning plastic-based functions through paper-based and more sustainablesolutions.
Not Only Products, but a Technology Ecosystem
Canapa’s Plastic-to-Paper Technology Platform is not limited to the production of finishedcoated paper products.
The platform includes chemical coating packages, surface functionalization solutions, customer-specific application development projects, pilot production, industrial scale-upstudies, testing and validation processes, technical advisory, strategic partnerships andinternational licensing models.
Through this structure, Canapa aims to work with brand owners, packaging manufacturers, paper producers, converters, textile printing companies and technology partners to developthe right surface performance, cost structure and production model for each specificapplication.
For Canapa, the objective is not simply to offer a “plastic-free” or “paper-based” alternative. The real objective is to create solutions that work in industry: solutions that are producible, reliable, high-performing, commercially meaningful and scalable.
Because sustainable transformation becomes real only when technical performance andcommercial applicability are achieved together.
Material Science, Coating Technology and Industrial Scale
One of Canapa’s key strengths lies in its ability to combine paper and coating productionexperience with surface chemistry and material science.
Developing paper-based alternatives is not only about choosing a more sustainable basematerial. It requires a deep understanding of paper surface energy, absorbency, fiber structure, coating adhesion, drying behavior, migration expectations, barrier performance, heatresistance and recyclability compatibility.
Canapa’s approach is therefore based on an integrated R&D and application model thatconnects formulation development, coating application, process optimization, laboratorytesting and industrial production.
This model enables Canapa to develop technologies that are not only theoretical, but alsoapplicable on real production lines and scalable for commercial use.
Plastic Elimination Is No Longer a Distant Goal
Plastic elimination and plastic reduction are no longer distant environmental ambitions. Theyhave become one of today’s most important industrial realities, driven by regulations, brandcommitments, consumer expectations, retail pressure and global sustainability targets.
However, alternatives to plastic-based structures cannot succeed only by beingenvironmentally preferable. They must also be producible, reliable, high-performing, cost-relevant and compatible with existing industrial infrastructure.
Canapa’s Plastic-to-Paper Technology Platform focuses precisely on this challenge.
The company approaches the transition from plastic to paper not only as an environmentalgoal, but as a new field of industrial transformation, material innovation and technologydevelopment.
A statement from Canapa Paper Technologies summarizes this vision:
“Plastic elimination is no longer a distant future target; it is one of today’s most importantareas of industrial transformation. At Canapa, we combine our long-standing experience in paper and coating with next-generation surface chemistry, material science and industrialapplication capability to develop practical, scalable and commercially viable solutions thatenable the transition from plastic to paper.”
Toward the Future of Paper Technologies
For Canapa, the future is not only about producing more paper. The future is about givingpaper new functions, developing performance solutions that can replace plastic-basedstructures and becoming an active technology player in the sustainable materialtransformation.
In this direction, Canapa aims to expand its Plastic-to-Paper Technology Platform throughinternational collaborations, strategic partnerships, technology licensing models, applicationdevelopment projects and a growing sustainable product portfolio.
The company will continue to develop next-generation solutions for packaging, food service products, textile transfer media, ovenable applications and functional paper markets.
Canapa’s goal is clear:
To make paper one of the strongest functional material platforms of the post-plasticworld.
Plastic-to-Paper Technology Platform is not only a title. It is the core expression of Canapa’s future vision, technology approach and commitment to sustainable industrialtransformation.
