Glamorise MagicLift Natural Shape Support Bra - Black


Currently unavailable


Currently unavailable
The Glamorise MagicLift Natural Shape Support Bra is designed for adults seeking a reliable balance between gentle shaping and structural support. Its core benefit is the signature MagicLift technology, which provides a flattering, rounded silhouette without the need for wires. While this bra excels at all-day comfort, it is essential to follow the specific care instructions, as the specialized components require careful handling to maintain their integrity over time.
| Gender | Female |
|---|---|
| Age Group | adult |
| Bra Cup | F |
| Colour | Black |
| Bra Band | 38 |
| Material | Polyester |
| Size | M |
| Model Part Number | 1010 |
| Brand | Glamorise |
No, the MagicLift design provides support and shaping without the use of underwires.
No. Tumble drying will damage the straps and rings and will likely cause the bra to lose its shape.
The bra is made from a blend of 47% Polyester, 44% Polyamide, 5% Cotton, and 4% Elastane.
Yes, it is designed for all-day comfort and support, making it an ideal choice for daily use.
Machine wash in warm water and always hang to line dry to protect the structural components.
Yes, the softly rounded cups are specifically designed to highlight your natural shape rather than flattening it.
Adjust the strap length to be shorter to provide better lift and security against your frame.
Ensure the bra is not being tumble dried, as heat damage can cause the material to lose its shape and tension.
Finding the right fit is crucial for the MagicLift design to function correctly. Ensure the band sits level around your ribcage and the straps are adjusted to sit securely on the shoulders without tension. Regarding care, always prioritize longevity by machine washing in warm water and allowing the garment to line dry. Never use bleach, as it will degrade the elastic properties of the fabric. Crucially, avoid all forms of tumble drying, as the heat can melt or warp the delicate strap hardware and internal ring structures, leading to premature failure of the support system.