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 Stretch Lamé Prom Dresses
Stretch lamé solves the historical problem of metallic fabrics: they shine brilliantly but move like cardboard. This engineered material incorporates elastic fibers that allow the metallic surface to expand and contract without cracking or losing reflective intensity. Rachel Allan uses stretch lamé for body-conscious silhouettes that require both visual impact and physical comfort, creating gowns that catch every light source while allowing unrestricted movement. The fabric grips curves through elasticity rather than tailoring, making the metallic surface appear painted directly onto the body.
Metallic Flexibility Engineering
Traditional lamé uses metallic threads woven into rigid fabric structures. Stretch lamé bonds metallic particles or films to elastic substrates that can elongate significantly without breaking the reflective layer. This bonding technology means the shine remains continuous even when the fabric stretches to accommodate movement. Areas of high tension, like fitted bodices or ruched sections, maintain the same mirror-like finish as relaxed zones. The metallic layer flexes with the base fabric instead of fighting against it.
Body Contouring Brilliance
The compression properties of stretch lamé create smooth lines while the metallic surface amplifies light in ways that draw attention to the silhouette. Every curve becomes a highlight as the reflective surface catches illumination from changing angles. Rachel Allan uses this optical amplification strategically, employing stretch lamé for designs where body shape is meant to be celebrated rather than concealed. The fabric simultaneously smooths minor texture variations while creating major visual impact through pure reflective intensity.
Recovery and Resilience
After hours of wear involving sitting, dancing, and constant movement, stretch lamé returns to its original shape without developing the permanent creases or stress marks that plague non-elastic metallics. The elastic memory extends to the metallic surface, meaning both the fabric shape and the reflective properties reset between wears. This resilience makes stretch lamé practical for extended events where the dress needs to maintain its visual impact from first photos through final dance, performing as well at midnight as it did during initial arrival.