How Are Yeezy Slides Made? Materials, Sizing, and Quality Explained
By Alexander Ross
Evaluating the manufacturing footprint requires looking at how the Yeezy Slide compares against sister products and standard commercial flip-flops on factory lines.
| Shoe Model | Core Material Compound | Molding Technique | Hardness Rating (Asker C) | Assembly Construction |
|---|---|---|---|---|
| Yeezy Slide | 100% Injected EVA Copolymer | High-pressure expansion injection | 42, 45 C | One-piece seamless mold |
| Yeezy Foam Runner | EVA + BLOOM Algae Biomass | Liquid injection molding | 48, 52 C | One-piece complex vented mold |
| Standard Pool Slide (Adilette) | Polyurethane (PU) footbed + Synthetic strap | Compression molding & cementing | 55, 60 C | Two-piece glued assembly |
| Crocs Classic Clog | Croslite™ (PCCR closed-cell resin) | Proprietary injection molding | 45, 50 C | Three-piece (upper, strap, rivets) |
Alexander Ross has covered the video game industry for a decade, writing deep dives on game design, esports tournaments, VR developments, and gaming culture.
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