Materials Engineering Podcasts | Expert Insights from Envalior

Discover how chemical recycling and mass balance help achieve circularity targets while maintaining the quality and performance required for demanding applications.Circular economy targets are accelerating across industries, driven by the need to reduce dependency on fossil feedstocks. Mechanical recycling remains an important part of this transition, however it alone cannot deliver the volume, consistency, or virgin-equivalent performance required for many engineering applications. Modern polymers are highly engineered materials formulated with specialized additives, reinforcements, fillers, and performance characteristics. Maintaining consistent material quality through mechanical recycling alone becomes increasingly difficult. This podcast explains why circular economy targets can be achieved by a combination of chemical recycling and mass-balance - not through mechanical recycling alone. About this podcast — Made for engineers and product development teams, these easy-listening episodes explore practical engineering challenges and the material choices behind them — giving you insight you can put to work in your own designs.At Envalior, we help you reduce time, cost, risk and CO₂. The goal is simple: to help you select and process the right material more easily, and to deliver solutions with proven impact in the real world.More information: www.envalior.com

Discover how thin conductive layers outperform thermoplastic compounds in EMI shielding, while durable metal-plastic adhesion enables robust integration into thermoplastic components.EMI shielding by thermoplastics is often aimed to be accomplished through compound development. However, when electromagnetic performance is critical, that strategy quickly reaches its limits as shown by linking experimental results to simple model calculations of shielding effectiveness from the conductivity and thickness of the shielding layer. Thin, highly conductive layers such as metallized coatings, continuous carbon fiber layers, and metal grids outperform conventional thermoplastic compounds by a wide margin, especially when dealing with low frequency magnetic fields (near field shielding). The podcast furthermore addresses durable metal to plastic adhesion incl. how electroplated metal layers can be robustly integrated into thermoplastic components. About this podcast — Made for engineers and product development teams, these easy-listening episodes explore practical engineering challenges and the material choices behind them — giving you insight you can put to work in your own designs.At Envalior, we help you reduce time, cost, risk and CO₂. The goal is simple: to help you select and process the right material more easily, and to deliver solutions with proven impact in the real world.More information: www.envalior.com

Discover how the impact modified FLX RTM PA6 provides a high-performance alternative to HDPE for demanding rotomolded components exposed to pressure, heat, and aggressive fluids.This podcast introduces FLX RTM, a new impact modified polyamide 6 designed specifically to expand the performance envelope of rotomolding. Built on high flow PA6, advanced impact and heat stabilization concepts, and deep powder processing know-how, FLX RTM targets applications where HDPE has its limits—such as Type IV pressure vessels for hydrogen and CNG and components exposed to e.g. hydraulic oils or high temperatures. The podcast explains why FLX RTM represents a strategic new option for rotomolding. About this podcast — Made for engineers and product development teams, these easy-listening episodes explore practical engineering challenges and the material choices behind them — giving you insight you can put to work in your own designs.At Envalior, we help you reduce time, cost, risk and CO₂. The goal is simple: to help you select and process the right material more easily, and to deliver solutions with proven impact in the real world.More information: www.envalior.com

Discover how advanced materials enable next-generation trucks and buses to meet stricter CO₂ targets while improving performance, efficiency, durability, and design flexibility.European trucks and buses are entering a major redesign cycle driven by stricter EU CO₂ targets under the revised Heavy-Duty Vehicle CO₂ Standards, alongside fleet economics, charging and hydrogen infrastructure readiness, and the shift toward software defined vehicle architectures. This creates new engineering challenges. The podcast provides an overview of the key trends redefining commercial vehicles and their impact on vehicle design, fleet operations, and competitiveness in the European market. About this podcast — Made for engineers and product development teams, these easy-listening episodes explore practical engineering challenges and the material choices behind them — giving you insight you can put to work in your own designs.At Envalior, we help you reduce time, cost, risk and CO₂. The goal is simple: to help you select and process the right material more easily, and to deliver solutions with proven impact in the real world.More information: www.envalior.com

Discover how continuous fiber reinforced thermoplastic organosheets enable validated, manufacturable structures for demanding applications without compromising scalability.Mass Production volumes for high-performance applications pose a challenge for new and complex materials like continuous fiber reinforced composites. While promising exceptional performance, many struggle to meet the combined demands of series production efficiency and strict quality standards. Advanced thermoplastic composites challenge this limitation. This podcast explains how continuous, isobaric production enables high volume manufacturing with aerospace grade consolidation and reproducibility, meeting requirements such as IATF 16949 and EN/AS 9100. About this podcast — Made for engineers and product development teams, these easy-listening episodes explore practical engineering challenges and the material choices behind them — giving you insight you can put to work in your own designs.At Envalior, we help you reduce time, cost, risk and CO₂. The goal is simple: to help you select and process the right material more easily, and to deliver solutions with proven impact in the real world.More information: www.envalior.com