This report mainly predicts the trend of detail craftsmanship in the functional aesthetics direction of thermal underwear, focusing on the details of semi open zipper, as well as processes such as punching and hollowing out, seamless knitting, and boneless stitching. Combined with international brand fashion trend indicators and design aesthetics knowledge, it provides relevant inspiration for how thermal underwear can enhance both functionality and appearance in the next season and for a long time in the future.
Knitted seamless
Knitted seamless technology has brought a more high-end transformation to thermal underwear. The changes in tissue texture not only meet the basic insulation requirements, but also have sweat guiding and temperature regulating functions. As well as 3D vision and body shaping effects.
Piercing and hollowing out
The technique of hollowing out holes can add some air to thermal underwear. It can be used to dig large areas of holes in the neck, shoulders, arms, chest, and waist. To densely carve holes to form decorative patterns.
Half open zipper
Add a semi open zipper design at the collar for warmth adjustment. The zipper can be positioned, quantity, and color matched according to the brand’s tone. It is in line with the current trend of light sports.
Boneless suture
The boneless stitching process is more skin friendly, with ergonomic high elasticity stitching that has a certain degree of tension and relaxation. The linear functional zoning provides a more ergonomic feel, and the flowing lines can be used as decorative details for a sporty style.
Functional leggings
With the continuous rise of outdoor sports, functional leggings have become a new favorite item. They are an extension of yoga and fitness training pants. It can be used as a warm inner layer for outdoor activities. As well as for leg shaping when worn externally.
Circular Jacquard
Jacquard can make warm underwear more wearable, by using various arrangement techniques such as stripe width, movement, horizontal and vertical. changing, colliding, stacking and recombining grids and geometric shapes to enhance the design language.
