Thermoplastics: a mature alternative to metal High-alloy metals have long been regarded as the material of choice for applications in aggressive environments, such as flue gas cleaning. Thermoplastics such as polyphenylene sulphide (PPS) are a modern, high-performance solution that is in no way inferior to the metals commonly used for applications subject to high chemical, thermal and mechanical stresses. PPS is notable for its very high resistance to chemicals and heat distortion, and for its high rigidity. It thereby satisfies the highest requirements for corrosion resistance and stability. As a material for frame systems in flue gas applications, PPS offers compelling advantages over high-alloy metal, owing in particular to its superior facility for processing and its scope for adaptation of profile and connecting elements manufactured from engineering plastics. Further processing of alloyed metal components, such as the drilling of holes for the addition of socket or threaded joints during assembly, is far from straightforward. By contrast, plastic profiles can be adapted to changing requirements without their corrosion resistance or stability being impaired. The manufacture of both load-bearing profiles and their connecting elements from thermoplastics such as polyphenylene sulphide (PPS) enables modular frame systems to be achieved that meet the most demanding requirements for chemical and mechanical resistance, permanently and as a complete system.

Whether simple workpieces or complicated geometries: with us you get exactly what you need – including comprehensive advice. There are no limits when it comes to milling and we love tinkering with tricky projects. We made a 600 millimeter propeller for one of our customers, which he wanted to give away to his customers as a promotional gift. What he hadn't expected was that the propeller looked exactly like the 3 meter tall original. His “Wow” still rings in our ears. But we are also fully involved when it comes to “normal” milled parts. We would be happy to support you in choosing the material and in the design. And: We have recently started offering 3D processing for milled plastic parts.

- High welding depths - Different materials can be welded together - Weld seams without porosity

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Manufacturing of complex geometries in our injection moulding technologies. It does not matter if you need metal or polymer parts, we manufacture large quantities fully automated. From overmoulded inserts to exotic materials such as titanium and hard metals, we manufacture your components in series.

From concept to finished product: Comprehensive support. Good work begins with good collaboration – between us and our customers. We provide experts who will support you throughout the entire process and offer competent advice on every topic – materials, manufacturing processes, component design, and much more. We handle complete project management from start to finish. We coordinate all disciplines and processes, ensuring complete transparency throughout your project. Manufacturing many different parts requires many partners, but only one supplier: us. At Fried, you receive creativity, technical expertise, and business acumen all from a single source. - Everything from one source: from the initial concept to series production - Development of holistic, customer- and industry-specific solutions - Complete expertise for small to large components - Extensive process know-how to ensure both small and large production runs

To improve the energy efficiency of drive systems and reduce greenhouse gases, lightweight design plays a crucial role. Fiber-reinforced composites (FRP) are particularly suitable for components that need to withstand high loads and extended use. An innovative method for manufacturing rotationally symmetric hollow structures from FRP is the centrifugal process, researched and further developed by the wbk Institute of Production Science at the Karlsruhe Institute of Technology (KIT). This process allows metallic functional elements to be integrated directly into the centrifugal molding process, eliminating additional joining processes and thereby reducing cycle times and associated processing costs. Framo Morat has successfully tested and validated this process with its extensive experience in the design and manufacture of precision transmission components by producing drive shafts. - Significant weight reduction for high dynamics and inertia control - High load capacity for torsional, tensile, and compressive forces - Flexible component geometry and fiber architecture - Corrosion-resistant FRP elements - Cost-effective with shorter cycles via single-step hybridization - Low investment for moderate volumes using centrifugal process - Industry- and application-specific advantages

- PVC solid rods - PE – solid rods - PP – solid rods - PA6 – solid rods - POM – solid rods - PTFE – solid rods - PVDF – solid rods - PMMA – solid rods - PC - solid rods