R/O_PAPER_SHORTS INK NAVY Size: 2

4550219530271

B0C782FKNG

GC44168

IN

2

Goldwin Recovery Wear Shorts Paper Shorts GC44168 Description The Re-Optimum series, developed for recovery utilizing photoelectric technology. This collection is favored by top athletes across various sports. The photonic technology incorporated into this garment is characterized by its ability to sustain natural warmth generated by the wearer's own body heat (far-infrared rays emitted by the human body). It maintains warmth close to body temperature, essential for relaxation and comfort. Made with highly moisture-wicking paper yarn fibers, the fabric stays dry and feels light against the skin, making it perfect for hot, humid summers. A blend of cotton and polyester gives it a pleasant texture. Another appealing feature is its comfort even during significant temperature shifts between hot outdoor conditions and air-conditioned indoor spaces. To reduce environmental impact, recycled yarn is used in some materials. The above-the-knee shorts offer a moderately relaxed silhouette. The waist features a wide elastic band + drawstring for an easy, secure fit. The waist design is sleek for easy wear when going out. Perfect for loungewear, they also work as transition wear after sports. *The Re-Optimum series was developed with the collaboration of Dr. Norihisa Shimizu, MD, Professor Emeritus at Osaka Metropolitan University, who has researched environmental adaptation and sleep in the field of health and medical science for over 30 years. Brand Name: Goldwin Material: Cotton The Re-Optimum series, developed for recovery utilizing photoelectron technology. The above-the-knee shorts feature a moderately relaxed silhouette. The waist features a wide elastic band + drawstring for an easy fit with enhanced comfort. nComfortable to wear even during significant temperature changes between hot outdoor conditions and air-conditioned indoor spaces
Ideal as loungewear or for post-workout transitions
4550219530271\ B0C782FKNG
R/O_PAPER_SHORTS INK NAVY Size:2
(text created at , 2025-12-05)

238x64x298 mm

200 g