TOM FORD Cashmere Silk Long Crewneck Dress
TOM FORD
$3290.00
Product Insights & Style Tips
The TOM FORD Cashmere Silk Long Crewneck Dress in Navy reads as quiet luxury with a modern edge. Featherweight cashmere silk drapes with a soft, fluid hand, tempered by a touch of mid gauge cotton for structure and breathability. The fitted silhouette skims the body, while the back plays with texture - sheer and multigauge - adding subtle drama to the clean line. The pull-over styling keeps the neckline unbroken and elegant from ceremony to after-hours.
Because it is partially lined, the dress holds a poised shape without feeling rigid, and the sheer back invites careful layering. It sits snug through the bust and waist, then falls to a refined length that works with heels or sleek boots. Layer it under a tailored coat or pair with minimalist jewelry; it transitions from a formal moment to an evening with ease. Undergarment choices may influence the line beneath the sheer back, so silhouette remains pristine.
Tom Ford's approach to dress is timeless glamour meeting contemporary polish. This navy dress embodies that balance: couture feel in a wearable, versatile silhouette that fits into evening wardrobes with ease. It sits within the house codes of elegant restraint and modern sensuality, offering a standout piece that anchors a look with a single refined gesture.
Materials / Fabrication
- Self: 63% cashmere, 35% cotton, 1% polyamide, 1% elastane
- Lining 1 (neck area): 55% cashmere, 31% cotton, 13% polyamide, 1% elastane
- Lining 2: 70% cashmere, 30% silk
- Featherweight cashmere silk with mid gauge cotton cashmere
- Sheer back in multigauge construction
- Pull-over styling
- Partially lined
- Fitted silhouette
Recommended Care
- Dry clean only to preserve delicate cashmere and silk fibers
- If hand washing is attempted, cold water with a gentle wool/silk detergent; do not wring; reshape while damp
- Steam gently to release wrinkles; avoid direct ironing on the fabric
- Store folded or on a padded hanger to prevent distortion
