The origins of composite materials date back to the cradle of civilization — Mesopotamia. The Mesopotamians are credited for inventing the first kind of composite, as they explored how to make wood stronger by gluing wood strips at different angles.
One of the earliest and most influential cities of Mesopotamia was Uruk. A center of innovation, it was known for its advancements in engineering and material use—laying the foundation for future civilizations.
Mesopotamia, meaning 'between two rivers,' is often said to be where it all began – the civilization as we know it today. Just like Trifilon's quest to replace plastics with natural fiber, it is also situated between two 'rivers' – the two streams of materials, the granules of plastic and natural fibers.
Trifilon is breaking new ground in future materials and has, in the long run, the potential to change our civilization for the better, with Mesopotamian-like engineering and innovativeness.
Mesopotamia, meaning 'between two rivers,' is often said to be where it all began – the civilization as we know it today. Just like Trifilon's quest to replace plastics with natural fiber, it is also situated between two 'rivers' – the two streams of materials, the granules of plastic and natural fibers.
Trifilon is breaking new ground in future materials and has, in the long run, the potential to change our civilization for the better, with Mesopotamian-like engineering and innovativeness.
At Trifilon, we’ve developed our own industrial machines and technology systems to enable high-throughput biocomposite production. This allows us to push the boundaries of sustainable materials, combining next-generation technology with relentless innovation. Our state-of-the-art equipment and daily testing ensure that our solutions meet the demands of modern industries while contributing to a more sustainable planet.
Our machine is called URUK™.
Back to the roots
Driving Innovation in Sustainable Materials
per one extruder
families can be produced with the URUK
Trifilon’s machines have been developed with large scale production in mind.
Trifilon’s systems have the unique advantage of having an industrial grade throughput.
Trifilon’s systems have the unique advantage of having an industrial grade throughput.
Trifilon’s technologies are designed to help industries make the seamless transition to sustainable materials. Whether you’re seeking ready-to-use solutions or a custom approach, our team is here to support you every step of the way. Visit our Partnerships page to explore how we can work together to create a more sustainable future.
Trifilon’s in-house laboratory plays a crucial role in our material production process.
Here, our experts conduct daily tests to ensure the highest quality in every batch we deliver to our clients. Using state-of-the-art equipment, we analyze material properties, refine formulations, and develop custom solutions tailored to industry-specific needs.
By combining cutting-edge technology with deep expertise, we create next-generation materials that set new standards for performance and sustainability.
Here, our experts conduct daily tests to ensure the highest quality in every batch we deliver to our clients. Using state-of-the-art equipment, we analyze material properties, refine formulations, and develop custom solutions tailored to industry-specific needs.
By combining cutting-edge technology with deep expertise, we create next-generation materials that set new standards for performance and sustainability.
5,000 tons/year
3 MATERIAL
Ready to Collaborate?
Precision in Every Particle: Our Laboratory
URUK: The Heart of Our Sustainable Innovation
Trifilon’s URUK machinery, powered by proprietary production technology, sets a new benchmark for sustainable material production, offering high-capacity performance that rivals traditional plastic manufacturing. Machines and systems designed to solve common issues with natural fibers in biocomposite manufacturing. URUK efficiently processes a wide range of natural fibers, from pure cellulose to long textile fibers and agricultural residues, achieving high industrial throughput.
With the ability to supply material to two extruders per setup, it enables a production capacity of up to 800 kg per hour and up to 5000t per extruder per year, combining speed, efficiency, and sustainability in one revolutionary system. Designed to produce all three of Trifilon’s material families, URUK provides industries with a seamless way to transition to sustainable materials without compromising on quality or scale.
What makes URUK truly unique is its plug-and-play solution technology, allowing it to integrate effortlessly into existing production lines with minimal investment or disruption. This innovation empowers manufacturers to replace conventional plastics with next-generation materials, transforming their operations into a sustainable model while maintaining the productivity and reliability they depend on.
With the ability to supply material to two extruders per setup, it enables a production capacity of up to 800 kg per hour and up to 5000t per extruder per year, combining speed, efficiency, and sustainability in one revolutionary system. Designed to produce all three of Trifilon’s material families, URUK provides industries with a seamless way to transition to sustainable materials without compromising on quality or scale.
What makes URUK truly unique is its plug-and-play solution technology, allowing it to integrate effortlessly into existing production lines with minimal investment or disruption. This innovation empowers manufacturers to replace conventional plastics with next-generation materials, transforming their operations into a sustainable model while maintaining the productivity and reliability they depend on.
800 kg/hour
granulate output per extruder
URUK machine incorporates advanced, precision-engineered features for unparalleled efficiency and material quality:
Revolutionary Technology
Sensory Assisted Fiber Filling and Feeding
Material Transportation to High Precision Dosing Devices
Advanced Moisture Control and Drying
Continuous Feeding into Compounding Extruder
Compounding Extrusion
Material Transportation to High Precision Dosing Devices
Advanced Moisture Control and Drying
Continuous Feeding into Compounding Extruder
Compounding Extrusion
Daily Quality Assurance
State-of-the-Art Equipment
800+ Advanced Formulations
Tailored Material Solutions
