weight | 34g |
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material | Body: 94% polyester, 6% polyurethane Separate fabric: 48% polyester, 40% triacetate, 12% nylon |
country of origin | Japan |
*This product is not eligible for return or exchange.
This is a standard series of underwear and Dry Layer® that can be worn under sweat-absorbing and quick-drying clothing to reduce sweat chill and sweat stickiness.
Renewed from the old Skin Mesh® in the spring of 2020.
Durable water repellency has evolved to 80 points per 150 washes, and dry performance now lasts approximately 1.5 times longer.
It also has antibacterial and deodorizing properties, making it recommended for everyone who plays outdoors.
It has an excellent balance of moderate heat retention and sweat removal speed, and is characterized by its high versatility regardless of the season.
The stretchy, soft mesh fabric follows your body's movements, providing stress-free, soft comfort.
It has a moderate thickness and is transparent enough that you can slightly see your skin.
The stitching is gentle on the skin with exposed seams at the waist and leg openings.
A boxer with a sweat-absorbing lining on the crotch area that is comfortable to the touch.
■Excellent durable water repellency with 150 washes and 80 points ■Antibacterial and deodorizing ■Skin-friendly sewing specifications ■Made with mesh rubber that wicks away sweat ■With sweat-absorbing lining that feels good on the skin
[Supported activities]
General outdoor activities
* Drylayer® is most effective when layered with sweat-absorbing and quick-drying clothing. Wear it directly on your skin and layer sweat-wicking and quick-drying clothing over it.
*This product ( Drylayer® Basic) uses delicate knit fabric to achieve both lightness and functionality. Repeated friction, hooks on hook-and-loop fasteners, branches, etc., and contact with hard objects may cause damage to the fabric. In addition, knitted fabrics tend to shrink due to repeated use and washing, and tumble drying in particular should be avoided at all costs, as this can cause significant shrinkage.