FILTERS
×
- 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 Shimmer Sequin Prom Dresses
Shimmer sequin fabric operates on two sparkle frequencies simultaneously. The base shimmer provides continuous background radiance through metallic particles embedded in every fiber, while applied sequins deliver concentrated bursts of reflection from specific points. Rachel Allan uses this dual-system approach to eliminate any possibility of dead zones where light might not catch. Even areas between sequins maintain sparkle through the shimmering base, creating uninterrupted brilliance across the entire dress surface. The result is sparkle saturation without the weight penalty of full sequin coverage.
Sparkle Texture Variation
The contrast between smooth shimmer and dimensional sequins creates surface interest beyond pure light reflection. Your eye registers both the flat metallic sheen and the raised circular forms of sequins, giving the fabric textural complexity that purely shimmering or purely sequined materials lack. This variation prevents visual monotony that can happen with single-type embellishment, keeping the dress visually engaging from both distance and close viewing. The sequins break up the shimmer's uniformity while the shimmer prevents sequins from reading as scattered or sparse.
Movement Response Differences
Shimmer and sequins react to movement in distinct ways that complement each other. The base shimmer creates broad sweeps of light shift as fabric angles change, producing gradual sparkle transitions. Sequins generate sharp sparkle points that flash on and off as individual pieces catch and lose light. Together, these behaviors create complex sparkle choreography where both smooth radiance and staccato flashes happen simultaneously. Rachel Allan exploits this in flowing silhouettes where movement creates constantly evolving sparkle patterns.
Photographic Performance
Under flash photography, shimmer sequin fabric performs exceptionally because both sparkle systems activate simultaneously. The base shimmer ensures overall luminosity while sequins create highlight points that add dimension to photos. This prevents the flat, washed-out look that sometimes happens with shimmer-only fabrics under direct flash, while avoiding the harsh glare spots that dense sequin application can produce. The combination photographs with depth, showing both overall radiance and detailed sparkle texture.