Nerina Stretch Plunge Bra - Elomi - Floral




Currently unavailable




Currently unavailable
The Elomi Nerina Stretch Plunge Bra is designed for adults seeking a supportive, modern underwired garment that balances a plunging silhouette with reliable coverage. It features an innovative powerful stretch lace that offers a smooth, matt finish with a contemporary floral design, making it an excellent choice for everyday wear. Users should note that this product requires hand washing to maintain the integrity of its delicate lace construction and elastic components.
| Gender | Female |
|---|---|
| Age Group | adult |
| Bra Cup | G |
| Colour | Beige |
| Bra Band | 36 |
| Material | Polyester |
| Model Part Number | WKX6G |
| Brand | Elomi |
No, this product is hand wash only to protect the powerful stretch lace and structural elastics.
The tall chimney back is a deliberate design choice intended to provide a back-smoothing effect and additional support.
The lace is engineered to be soft, smooth, and matt, prioritizing comfort for all-day wear.
The fastening depends on your specific size; generally, larger cup and band combinations utilize the 3-hook closure for added stability.
No, the Elomi Nerina is a non-padded, underwired plunge bra.
Ensure the bra is the correct band size; if the band is too loose, the wings will not sit flat against the body.
Check that the center gore lies flat against the sternum and that you have not overtightened the straps.
To ensure the best fit, adjust the straps upon first wear to account for the bra's specific cup tension. Regarding compatibility, note that this bra uses a 2-hook fastening for specific sizes like 36-42DD and 34FF, while other sizes utilize a 3-hook closure for increased stability. Always check the label for your specific band and cup combination. For care, this garment must be hand washed only. Avoid using bleach, fabric softeners, or harsh detergents. To dry, lay the bra flat on a clean surface in the shade to prevent the elastics from losing their elasticity due to heat exposure.