Leg Avenue Satin Gloves – Elegant Short Gloves in Black

Leg Avenue Satin Gloves – Elegant Short Gloves in Black

Add a touch of timeless sophistication to any special occasion with these Leg Avenue Satin Gloves in Black. Crafted with a lustrous satin-effect finish, these short gloves deliver an air of refined elegance that pairs beautifully with evening wear, cocktail dresses, bridal ensembles, and formal attire alike. Whether you are attending a wedding, gala, themed party, or ceremony, these gloves make an effortlessly chic accessory that elevates any look.

Made from a 90% Polyamide and 10% Spandex blend, the fabric offers a smooth, lightweight feel against the skin while providing excellent stretch and recovery. The spandex content ensures the gloves conform comfortably to a wide range of hand and wrist sizes, making them a practical one-size solution for most wearers. The unlined construction keeps the fit sleek and form-fitting, allowing the satin sheen to drape naturally over the hand for maximum visual impact.

The interior seam finish ensures a neat, comfortable fit with no rough edges to irritate the skin during extended wear. The deep black colour provides a versatile, classic aesthetic that coordinates with virtually any outfit or colour palette, from bold evening gowns to minimalist monochrome looks.

• Material: 90% Polyamide, 10% Spandex – soft, stretchy, and comfortable
• Finish: High-lustre satin effect for an elegant, polished appearance
• Length: Short style, sitting at or just above the wrist
• Fit: One size fits most, thanks to the elastic stretch fabric
• Construction: Unlined with neat interior seams for a smooth, skin-friendly fit
• Colour: Classic black – versatile and timeless
• Occasion: Perfect for weddings, parties, ceremonies, performances, and costume styling

To keep these gloves looking their best, hand washing in cool water with a mild detergent is recommended. Lay flat to dry and avoid wringing or tumble drying to preserve the satin-effect finish and the integrity of the stretch fibres.