NOE Garments has released an exclusive lingerie swimwear line that is delicate, fitted and high performance to offer wearers a sense of femininity in non-traditional styles and cuts. The bathing suits are designed to be layered as well, for an unconventional look and feel.
Consumers are often seeking swimwear designs that are tasteful and sultry, but also provide functional and athletic performance. The NOE Garments do just that with intimate designs that resemble lingerie made for the boudoir made with high quality fabrics and materials made to last in the water. The designs feature revealing cut outs, zippers and monochromatic colors coupled with chlorine-resistant fabrics that also simultaneously offer UV protection. The suits come in a variety of styles from bikinis to one pieces to accommodate a variety of tastes and styles.
Why This Trend Is Growing
- Lingerie Swimwear
- The trend of lingerie-inspired swimwear is disrupting traditional swimwear designs, creating a new market for industry players to offer high-performance and feminine options.
- High-performance Swimwear
- There is a growing demand for swimwear that provides both aesthetic appeal and athletic performance, presenting an opportunity for companies to develop innovative materials and designs.
- Layered Swimwear
- The trend towards swimwear that can be layered for a unique and unconventional look is an opportunity for brands to design pieces with versatility and adaptability in mind.
Industries Being Reshaped
- Fashion
- The fashion industry can take advantage of the trend towards lingerie-inspired swimwear, producing functional and fashionable pieces.
- Sportswear
- Sportswear companies can capitalize on the trend for high-performance swimwear, producing pieces that cater to athletes and fitness enthusiasts looking for swimwear that can withstand intense activity.
- Textile Manufacturing
- The trend for high-performance swimwear offers opportunities for textile manufacturers to develop new materials and fabrics that provide durability and comfort in aquatic environments.
