Miss Mary of Sweden Stay Fresh Underwired Bra - Taupe



Currently unavailable



Currently unavailable
Designed for women seeking long-term comfort and reliable support, the Miss Mary of Sweden Stay Fresh Underwired Bra is an ideal choice for everyday wear. This garment excels at keeping the wearer feeling dry and fresh throughout the day thanks to its specialized moisture-wicking fabric, though users should note that the high-coverage design and specialized underwire structure prioritize structural support over minimalist aesthetics.
| Gender | Female |
|---|---|
| Age Group | adult |
| Bra Cup | DD |
| Colour | Brown |
| Bra Band | 44 |
| Material | Polyester |
| Model Part Number | 7333155434974 |
| Brand | Miss Mary of Sweden |
Yes, the Keep-Fresh material is specifically developed to be breathable and moisture-wicking, making it very effective at keeping you dry and fresh.
The bra features moulded, unpadded cups designed for a seamless, natural look under clothing.
Yes, it is designed with a full cup, underwires, and an extra wide back to provide maximum support and lift.
Miss Mary of Sweden offers a 100-washings warranty on their products, ensuring long-term quality and durability.
Please follow the specific care advice on the product label. We recommend using a laundry bag for machine washing to maintain the structural integrity of the garment.
Yes, the Stay Fresh range is available in several colors including Taupe, White, and Beige.
Ensure the bra is fastened on the appropriate hook setting; if the band is too loose, it is more likely to fold or roll.
Adjust the back sliders to shorten the strap length, ensuring the weight is distributed properly across the padding.
Ensure the bra size is correct for your current fit; an improper cup size can cause the edge of the cup to press against the skin.
To ensure the longevity of your bra, always follow the care label instructions. Given that the bra is constructed from 86% polyamide, 11% elastane, and 3% polyester, it is important to avoid harsh detergents that could damage the moisture-wicking fibers.