
Whether you're commuting, multitasking, or prefer listening over reading, Envalior podcasts make it easy to access advanced material expertise anytime, anywhere. Episodes deliver practical insights on material engineering, application design optimization and/or part performance enhancement in a convenient, on-the-go format.
| Publishes | Daily | Episodes | 13 | Founded | 6 years ago |
|---|---|---|---|---|---|
| Number of Listeners | Categories | TechnologyChemistryScience | |||

Non-pneumatic tires (NPTs) use a precise geometric web rather than air to carry load and absorb shock, which removes the risk of punctures, blowouts and daily pressure checks. Performance depends on the polymer: standard rubber generates too much hea... more
Miniaturization has turned the connector housing from a simple handle into a structural part with several demanding, sometimes conflicting requirements. Sub-0.1 mm walls need high melt flow; shrinking creepage in 800 V systems requires a high compara... more
Plastic gears are lighter, quieter and cheaper to produce than steel, but their fatigue life has been hard to predict: injection molding aligns the glass fibers anisotropically, and standard ISO 527 tensile-bar data overstates real-tooth strength. Us... more
The capability of robot software has outpaced the hardware, and the actuator is the main cost and weight constraint. Machined-metal gearboxes are heavy and expensive to produce, which keeps overall robot cost high. The Envalior, SENTImotion and Frenc... more
PTFE is widely used as a friction-reducing additive in plastics such as POM, PEEK and standard polyamides, but as a PFAS ("forever chemical") it faces increasing restriction from bodies including ECHA, the US EPA and Japan's Ministry of Health, Labou... more
E-axle integration and the drive for higher power density (kW/kg) mean EV motors now run at up to 20,000 RPM, where the deep-groove ball-bearing cage becomes the critical part. Two failure mechanisms converge: the umbrella effect, where centrifugal f... more
Medical devices face constraints other markets do not: extensive sterile packaging, rigorous material qualification, and biohazard risk after patient contact, which together make post-use mechanical recycling largely unviable, so the "virgin material... more
As vehicles jump to 48 V architectures with 800 V charging — and factories shift grids from AC to DC — traditional polyamide connectors fail by hydrolysis, going brittle as moisture cleaves the polymer chains. Pocan PBT's ester linkages and crystalli... more
How this podcast ranks in the Apple Podcasts, Spotify and YouTube charts.
Apple Podcasts | #24 |










Listeners, social reach, demographics and more for this podcast.
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The episodes repeatedly center on advanced materials and their real-world design implications, focusing on how high-performance polymers, composites, and sustainable approaches can improve uptime, efficiency, and manufacturability across industries such as automotive, robotics, medical devices, and consumer tech. Discussions blend material science details (thermal stability, wear, fatigue, ignition resistance, recyclability) with practical business outcomes, including cost reductions, weight reductions, and faster time-to-market through design-for-manufacturing and early collaboration with material experts. A standout thread is the emphasis on sustainability and circular economy strategies—ranging from PFAS-free tribology to low-carbon mate... more
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Materials Engineering Podcasts launched 6 years ago and published 13 episodes to date. You can find more information about this podcast including rankings, audience demographics and engagement in our podcast database.
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