Company Introduction
Precision in Every Micro,
Excellence in Every Extrusion
Roson Extrusion
ROSON EXTRUSION– The Trusted Navigator in High-Performance Extrusion for Specialty Plastics
In the precision-driven realm of specialty plastics extrusion, experience is the reliable compass for navigating complex processes. Roson brings together veteran engineers who possess a masterful understanding of extrusion. Each member of our core team contributes over 16 years of profound expertise, with experience spanning every phase from forward-looking design and precision manufacturing to full-lifecycle support.
We excel at navigating the demanding characteristics of materials like PEEK, PI, PEI,PPS,PSU,POM,PFA,PCTFE……， Decades of focus allow us to go beyond supplying equipment; we specialize in crafting stable and efficient solutions tailored to your specific material blueprint and production goals. Every system we deliver is built upon the practical wisdom gained from more than 300 successful projects, ensuring your production journey is reliable from the very start.
We view ourselves as your long-term voyage partner. System delivery is just the beginning. Our seasoned team will be on-site to ensure seamless integration of process and technology, and will provide continuous optimization and support throughout every subsequent phase of your journey.
Choosing us means choosing an experienced navigator, one who leverages deep knowledge of the complex seas of processing to guide your project to a shore of excellence.
Extrusion Equipment
Application Industry
Aerospace Engineering
The role of specialty engineering plastics in the aerospace field has evolved from small parts such as seals and insulation components to interior structures and critical mechanical systems, and is ultimately moving towards main load-bearing composite structural components. Through direct weight reduction, lower fuel consumption, reduced emissions, and improved safety and reliability, it provides indispensable solutions for the design and manufacture of modern and future aerospace vehicles..
New energy Industry
The application of specialty engineering plastics in the new energy industry (mainly including electric vehicles, hydrogen energy, wind power, photovoltaics, and energy storage) is growing rapidly. Their core value lies in addressing the extreme requirements of these emerging fields for materials with high temperature resistance, chemical resistance, high insulation, long lifespan, and lightweight properties.
Healthcare Industry
Specialty engineering plastics have transcended their role as simple "material substitutes" in the healthcare industry, becoming key enablers of medical technology innovation. They enable personalized medicine (through 3D printing), make minimally invasive surgery more precise and reliable (through high-performance instruments), and continuously improve the long-term effects and patient experience of implantable treatments (through biocompatible and functional implants).
AI Robot
The role of specialty engineering plastics in intelligent robots has evolved from a supplementary "plastic-for-steel" replacement to an "indispensable strategic material" empowering the core performance of robots. They precisely address cutting-edge challenges in areas such as robot joint transmission, lightweight structures, electrical insulation, and environmental tolerance. In the future, as robots evolve towards greater precision, flexibility, and intelligence, high-performance, composite, and precision-machinable specialty engineering plastics will be deeply integrated with advanced manufacturing technologies, becoming one of the key factors defining the performance boundaries of next-generation robots.
Chemical Industry
Specialty engineering plastics play a crucial and widespread role in the chemical industry. Chemical production environments are characterized by high-intensity corrosion, high temperature and pressure, and complex media, placing extremely high demands on the reliability and durability of equipment. Specialty engineering plastics, with their superior chemical resistance, mechanical strength, and stability, have become key to solving many failure problems associated with traditional materials such as metals and ordinary plastics.
Electronics & Information Industry
In the electronics and information industry, specialty engineering plastics are no longer just "shells" or "insulators," but functional foundational materials that constitute circuits, transmit signals, encapsulate chips, and manage heat. They directly determine the performance boundaries, reliability limits, and miniaturization degree of electronic devices.
Sustainability Report
— View Infographics