FILTERS
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- Beaded Net
- Beaded Tulle
- Chiffon
- Crystal Mesh
- Crystal Organza
- Crystal Organza Print
- Crystal Satin
- Embroidery
- Glitter
- Glitter Stretch Jersey
- Glitter Tulle
- Hologram Jersey
- Hologram Sequin
- Jacquard
- Jersey
- Lace
- Luxe Lycra Jersey
- Lycra
- Matte Satin
- Metallic Crepe
- Metallic Jacquard
- Metallic Net
- Metallic Organza
- Metallic Shimmer
- Ombre Glitter Tulle
- Ombre Velvet Sequin
- Organza
- Organza Print
- Pleated Strech Lame
- Pleated Tulle
- Print Chiffon
- Print Mikado
- Print Satin
- Satin
- Satin Print
- Scuba
- Sequin
- Sequin Beading
- Sequin Glitter Stretch Jersey
- Sequin Tulle
- Shimmer Sequin
- Strech Shimmer Jersey
- Stretch Jersey
- Stretch Lame
- Stretch Net
- Stretch Print Tulle
- Stretch Satin
- Stretch Satin Jersey
- Stretch Shimmer Jersey
- Stretch Tulle
- Taffeta
- Triacetate
- Tulle
- Velvet
Prom Dresses
Rachel Allan Triacetate Prom Dresses
Triacetate mimics silk's luxurious drape and smooth hand while offering performance characteristics that natural fibers cannot match. The synthetic fiber resists wrinkling aggressively, maintaining smooth surfaces throughout extended wear without the constant creasing that plagues silk. Rachel Allan uses triacetate when designs require fluid, elegant drape with the practical advantage of wrinkle recovery. The fabric flows like expensive silk but performs like engineered material, giving you visual luxury without the fragility or maintenance demands of natural fibers.
Fluid Drape Without Fragility
The material falls in soft, continuous curves that rival silk's elegant flow while maintaining durability that natural fibers lack. Triacetate creates the same romantic draping behavior, forming gentle folds and graceful gathers, but resists the snagging and tearing that makes silk impractical for active wear. Rachel Allan exploits this combination for gowns with flowing skirts, draped bodices, and soft gathering where the fabric needs to move beautifully while withstanding the physical demands of dancing and extended movement.
Wrinkle Recovery Performance
Unlike natural fibers that develop permanent creases from sitting or compression, triacetate releases wrinkles passively as the fabric hangs. Minor creases disappear within minutes after pressure is removed, keeping the dress looking fresh without intervention. This recovery happens continuously throughout wear, meaning the gown maintains smooth surfaces from first photos through final moments. The practical advantage is enormous for all-night events where steaming or ironing between activities isn't possible.
Surface Smoothness
Triacetate has a refined hand that feels silky against skin without the slippery quality that makes some synthetics feel cheap. The fiber takes dye beautifully, producing rich color saturation with subtle sheen that reads as elegant rather than shiny. The smooth surface allows light to play across the fabric in soft gradations, creating depth within solid colors through gentle light reflection rather than harsh shine. This understated luster makes triacetate appropriate for formal events where obvious synthetics would feel out of place.
Temperature Comfort
The fiber breathes better than many synthetics while maintaining a luxurious appearance that rivals natural silk. Air circulation through the fabric structure prevents the heat buildup common with polyester or nylon, making triacetate comfortable for extended wear in various temperature conditions. Rachel Allan pairs this breathability with flowing silhouettes that allow air movement between fabric and body, maximizing comfort without sacrificing the elegant drape that makes the material distinctive.