SoftInWay's AxSTREAM AI platform introduces pre-trained foundation models for turbomachinery design, promising faster feasibility assessment with under 3%...
News|Videos|October 19, 2026
How Polymer Labyrinth Seals Can Improve Centrifugal Compressor Performance
In this Ask the Expert episode, Jesse Garcia and Koen Verhoeyen of Mitsubishi Chemical Advanced Materials explore how polymer labyrinth seals can help improve centrifugal compressor efficiency, reliability and lifecycle performance. Learn how seal clearance, material selection and contact behavior affect performance—and what engineers should consider when evaluating polymer versus traditional metallic sealing solutions for demanding turbomachinery applications.
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What You’ll Learn:
- Polymer Labyrinth Seals & Compressor Efficiency: Understand how labyrinth seal clearance, leakage and contact behavior influence compressor efficiency, and how polymer labyrinth seals can behave differently from traditional metallic solutions.
- Material Selection & Long-Term Performance: Learn how material selection—including temperature capability, wear behavior, chemical compatibility and dimensional stability—affects reliability, service life and performance in demanding turbomachinery sealing applications.
- Engineering for Lower Lifecycle Cost: Understand how the right sealing strategy can influence maintenance requirements, equipment uptime and total lifecycle cost—and where engineering collaboration can add value from material selection and design through finished-part manufacturing.
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