Zinc-Based Deodorant Finish for Performance Socks: Comparison with Standard Fabric
We tested performance crew socks built with Zinc-Based Deodorant Finish against the same style in a standard untreated knit. The difference is measurable, and it is not evenly spread across the garment.
What was compared
Two fabrics identical in polyamide or polyester with elastane and terry cushion zones at 260-320 GSM, one with the odour-control system and one without. Both were worn for running, hiking and court sports and washed under the same conditions. The sweat zone for performance crew socks is the sole and the toe box, which is where the treatment has to sit.
Odour performance
The treated fabric reached more than 80% reduction of ammonia and acetic acid in the test gas against ISO 17299-2 deodorant test. The untreated control failed the same test outright, which is expected: plain synthetic knits give bacteria exactly the surface they prefer. Every lot is measured against ISO 17299-2 deodorant test before the fabric is released for cutting.
Where the difference shows
The gap is largest at the sole and the toe box. That is where sweat collects first, and it is the place customers describe when they complain about smell. Cost impact is USD 0.25-0.45 per garment, which is usually recovered through fewer returns across a season.
Comfort and durability trade-off
Hand, stretch and cover were unchanged, because the system does not alter the knit. The only real restriction is care: wash at 30-40 degrees without fabric softener. Wear trials were run under running, hiking and court sports rather than in the laboratory alone.
Which to choose
Choose the treated fabric where performance crew socks is worn hard and washed lightly. For occasional wear, the extra USD 0.25-0.45 per garment is harder to justify, which is why we normally apply it selectively by product tier. The care label states wash at 30-40 degrees without fabric softener, and that wording is the condition behind 20 home washes.
