BOSS Wave Underwire Bra - Black - 40C

Currently unavailable

Currently unavailable
The BOSS Wave Underwire Bra is designed for adult women seeking a sophisticated balance of structural support and everyday elegance. Featuring a classic black finish, this underwire garment provides a sleek, reliable silhouette suitable for long-term wear, though users should ensure they are correctly measured for the specific band and cup sizing to avoid common fit inconsistencies typical of premium structured lingerie.
| Age Group | adult |
|---|---|
| Colour | Black |
| Gender | Female |
| Size | L |
| Bra Band | 40 |
| Bra Cup | C |
| Model Part Number | 50535132_Black1_90C |
| Brand | Boss |
We recommend getting professionally fitted at a lingerie department, as sizing can vary between brands and even different styles within the BOSS range.
Yes, the BOSS Wave is designed specifically for comfort and support, making it an excellent choice for everyday use.
No. Machine drying can damage the wire casing and cause the elastic to lose its tension. Always air dry flat.
Using a detergent specifically designed for dark or black fabrics and avoiding direct sunlight while drying will help maintain the color intensity.
If a wire emerges, it is typically a sign of excessive agitation during washing. Avoid machine washing to prevent this issue.
Ensure the bra is correctly sized; often, an incorrect band or cup size causes the wire to sit improperly against the ribs or breast tissue.
Ensure you are hand-washing the item rather than using a machine; use a delicate wash bag if machine washing is necessary on a gentle cycle.
To ensure the best performance from your BOSS Wave Underwire Bra, always verify your current band and cup size before ordering. For care, hand-washing in cool water with a gentle detergent is highly recommended to preserve the elasticity of the fabric and the shape of the underwire. Avoid machine drying, as heat can degrade the internal components and wire casing. Lay the garment flat to dry in the shade to prevent fading and structural deformation.