DAIICHISEIKO 第一精工王樣印

• Feeling Cool × Speedy Deodorant
• This is a compression garment that uses modified cross-section fiber that feels cool on contact and incorporates a thread that quickly eliminates foul odors, while its excellent sweat-absorbing and quick-drying function purges sweat and keeps you dry and comfortable.

• Size : M, L, LL
• Color : Black / Camouflage
•  Material: 85% polyester and 15% polyurethane body; 70% polyester and 30% nylon waist

Product No	Product name	Price
60007	MC Cool Mover Underpants (Black M)	NT$530
60008	MC Cool Mover Underpants (Black L)	NT$530
60009	MC Cool Mover Underpants (Black LL)	NT$530
60010	MC Cool Mover Underpants (Camouflage M)	NT$530
60011	MC Cool Mover Underpants (Camouflage L)	NT$530
60012	MC Cool Mover Underpants (Camouflage LL)	NT$530

COOL FEELING

• Adopting CROSS COOL, which feels cool on contact, thus ensuring cool-wearing comfort.
• Using special polyester fiber with an X-shaped cross-section.
• Provided with a large skin contact area that ensures plenty of heat transfer from the skin when worn and makes the wearer feel cool and comfortable.
• Achieves a sweat-absorbing and quick-drying effect by capillary action.

DEODORANT

• The Suitorl-C®, a deodorizing core thread (machine-sewing thread), quickly deodorizes sweat and other annoying odors!
  Ensuring the recovery of the deodorizing effect every time after washing and sun drying.
• Safety to the skin has also been confirmed.
• *The deodorizing core thread (machine-sewing thread) is applied to the front crotch portion.

KYOURYOKU STRETCH

• Ensures ease of the user’s movement because the garment is in close contact with the skin.
• Furthermore, moderate compression supports the movement of the body!

UV CUT

• Provided with a UV cut function to prevent consumption of physical strength by ultraviolet rays!

EXCELLENT SWEAT ABSORPTION & FAST DRY

• Incorporates a sweat-absorbing and quick-drying function, thus suppressing stickiness of perspiration and keeping refreshing comfort.
• Withstands repeated washing with no significant performance degradation.