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Athletic Shoes
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Markets: Sports
Polymer: Rilsan® PA11 and PA12
Key performances:
High fatigue resistance
Outstanding dynamic behavior
Light weight
Easy coloring
Easy gluing
No yellowing versus UV ageing
High tear resistance
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By selecting Rilsan® BZM 30
for athletic shoe soles, you are sure of having a durable fatigue resistant material. Compared to other engineering polymers, Rilsan® PA features good abrasion resistance and crack propagation resistance. This is largely due to its exceptionally smooth surface finish, which results in an extremely low friction coefficient.
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Figure 1: Abrasion resistance of various engineering polymers
(friction in the dry state for 5 hours on 16 MC 5 steel)
pressure: 0.05 MPA - friction speed: 0.6 m/s |
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Figure 2: Friction coefficient of various engineering polymers
(friction in the dry state for 5 hours on 16 MC 5 steel)
pressure: 0.05 MPA - friction speed: 0.6 m/s |
Rilsan® PA is the lightest polyamide, 4 to 6 time lighter than metal. This weight saving property is a tremendous advantage in sports applications.
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