Elliatt Entrances That Steal the Spotlight

$190

This red halter gown relies on a sharp, high-neck construction that draws the eye upward to the shoulders. The heavy saturation of the fabric is tempered by a deep side slit and strategic ruching at the hip, which breaks up the column silhouette and adds fluid dimension to the skirt. It is a precise piece of occasionwear designed for a clean, high-impact line. Safety Rating: Lowest Analysis: The garment is composed entirely of synthetic polyester and a polyester-spandex blend, which are petroleum-derived plastics. These materials exhibit low breathability and may trap heat against the skin, while also presenting a risk of microplastic shedding during laundering.

$268

This dress relies on the tension between a sharp, high-neck halter bodice and a voluminous drop-waist skirt. The midweight suiting fabric provides enough architectural structure to hold the exaggerated flare of the hem, creating a clean, modernist silhouette that leans into the crisp aesthetic of event-wear. It is a study in proportions, trading traditional waist definition for a directional, low-slung volume. Safety Rating: Lowest Analysis: The garment is composed entirely of synthetic petroleum-based fibers (polyester and spandex), which offer poor breathability and can trap heat against the skin. These materials are derived from fossil fuels and are prone to shedding microplastics during wear and laundering.

$368

This halter-neck gown is defined by its airy, chiffon-like drape and a high, buttoned neckline that balances the relaxed, column-like silhouette. The surface is animated by a delicate floral print and sheer, ruffled trim that circles the midsection, adding tactile volume to the otherwise fluid frame. It is a study in soft-focus femininity, grounded by the structured geometry of the halter cut. Safety Rating: Lowest Analysis: The garment is composed primarily of polyester and polyester film fiber, which are petroleum-derived synthetic polymers that lack natural breathability. The heavy reliance on plastic-based fibers increases the risk of heat retention and potential chemical transfer through skin contact.