Thermoplastic composite drive shafts: Why CFR-TP pipes replace steel and aluminum in drivetrain applications The drivetrain: The final frontier of lightweight construction Vehicle and mechanical engineers have optimized body structures, chassis components, and attachment parts for weight for decades. Drive s... Applications Automotive Aviation Jul 3, 2026
The Airbus MFFD and the future of manufacturing thermoplastic composite materials in aviation Introduction: Airbus is already thinking beyond the A320 The A320 is the best-selling commercial aircraft in history. And yet, Airbus is already working on its successor. In an interview with Aviation... Applications Aviation Jun 29, 2026
Thermoplastic composites in the energy sector: From oil fields to hydrogen tanks Introduction The energy sector is not transforming in a single step. It is evolving in layers — existing infrastructure runs parallel to new technologies, each with its own requirements for materials ... Applications Bearings E-Motors Pipelines Pressue Vessels Jun 17, 2026
Inserts & Overmolding with CFR thermoplastic pipes: Stronger components, smarter integration When a material is not enough: The case for composite inserts and overmolding Modern structural components rarely consist of just a single material. Whether it's a load-bearing bracket in aircraft int... Applications Jun 14, 2026
Thermoplastic Composite Pressure Vessels: Why LATW is the Winding Process of the Future Composite Pressure Vessels: The Market is Growing — But Not All Processes are Ready The market for high-pressure vessels made from composite materials is growing rapidly. Driven by hydrogen mobility, ... Applications Pressue Vessels Jun 11, 2026
The Use of Thermoplastic Composites in Electric Motors Why Material Selection Matters in Electric Motor Design As industries transition toward high-efficiency, high-voltage electric motors , material selection for key components is becoming a decisive fact... Applications E-Motors Jun 5, 2026