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 Metallic Shimmer Prom Dresses
Metallic shimmer fabric achieves continuous sparkle without the weight penalty of beading. The entire surface carries reflective properties because metallic particles are embedded into the fiber itself during manufacturing, not applied afterward. This gives Rachel Allan's collection an uninterrupted glow that moves seamlessly across the dress without gaps or dead zones. The effect is particularly striking in fitted silhouettes where the fabric needs to stretch and recover while maintaining its reflective intensity across all areas of tension.
Flex Properties in Metallics
Most metallic fabrics sacrifice stretch for shine. This shimmer material does both. The base construction uses knit or woven techniques that allow four-way give while the metallic coating remains flexible enough to expand without cracking. You can see this technology at work in bodycon styles where the dress molds to curves without losing shimmer density at stress points. The fabric bounces back after stretching, which means the metallic surface doesn't develop the fatigue lines or dull patches that cheaper shimmer fabrics show after a few hours of wear.
Light Reflection at All Angles
The particle distribution in metallic shimmer creates omnidirectional reflection. Unlike sequins that catch light from specific angles, this fabric glows from every viewpoint because microscopic reflective elements cover the entire surface area. Walk past a light source and the dress creates a moving highlight that travels across your body. Stand still and the shimmer produces a soft halo effect that photographs beautifully without the harsh glare of mirror-finish fabrics. Rachel Allan leverages this quality in designs meant for dramatic entrances and red carpet moments.
Color Intensity Behind the Shine
Base fabric color shows through the metallic layer, creating depth that single-tone metallics lack. A burgundy shimmer dress reveals wine undertones beneath the sparkle, while champagne shows warm gold beneath a silvery surface. This layered color effect gives the gowns sophistication that pure metallic fabrics miss. The shimmer enhances rather than obscures the underlying hue, which is why these dresses photograph with richness that translates well across different lighting conditions and camera settings.