Cottelli Collection Net Tights S-L crotchless large-net black, 94% polyamide 6% spandex

Cottelli Collection Net Tights S-L crotchless large-net black are women's net tights made from 94% polyamide and 6% spandex. The garment offers a large-net openwork pattern in solid black with an elastic construction from waist to toe and a soft, stretchy waistband. The design includes a discreet crotch opening and is sized S-L to fit a range of body shapes. These tights combine a bold visual effect with stretch materials to ensure close, comfortable wear.

Advantages

The large-net pattern delivers a pronounced net look while maintaining elasticity across the whole garment. The polyamide and spandex blend provides shape retention and stretch, and the soft waistband enhances comfort during wear. The crotchless detail is integrated discreetly, preserving the net appearance while allowing intimate access without removing the tights.

Suitable for

• Fashion styling as an accent piece under skirts or dresses
• Intimate wear and lingerie ensembles
• Stage or editorial styling where bold textures are required
• Costume use and themed events

Key specifications

• Material composition: 94% polyamide, 6% spandex
• Color: black
• Pattern: large-net openwork
• Fit: elastic construction from waist to toe for a snug fit
• Waistband: soft, stretchy waistband
• Feature: crotchless design with discreet opening
• Size range: S-L (one-size stretch fit)

How to use

Put the tights on by gathering the material and sliding them up from the toes to the waist, adjusting the waistband to sit comfortably. Ensure the large-net pattern lies flat and the crotch opening is positioned as desired. For removal, roll the tights down gently from the waist to the toes. Handle the net fabric carefully to avoid snags on sharp objects or rough surfaces.

Usage recommendations

Wash by hand or use a delicate laundry bag on a gentle machine cycle with mild detergent. Do not bleach, tumble dry, or iron. Store folded or laid flat away from sharp items to maintain the net structure and elasticity.