VINTAGE SIDE STRIPE JEANS
Composition: 70% cotton, 24% polyester, and 6% viscose at 380g/m², structured, breathable, and built for durability across seasons. Fabric Weight: Heavyweight at 11.2oz. Dense and substantial, ideal for cooler weather...
AMERICAN STANDARD JEANS
Composition: 98% cotton blend with a slight stretch, soft, breathable, and built for comfortable all day wear. Fabric Weight: Midweight. Balanced and substantial across all seasons. Fit: Mid waist slim...
DISTRESSED STRAIGHT LEG JEANS
Composition: 90% cotton blend with a slight stretch, soft, breathable, and built for comfortable all day wear. Fabric Weight: Midweight. Balanced and substantial without feeling heavy or stiff. Fit: Mid...
PATCHED POCKET JEANS
Composition: 76.9% cotton, 15% polyester, 5.4% viscose, and 2.7% lyocell with no stretch, soft, breathable, and built for comfortable all day wear. Fabric Weight: Midweight. A balanced denim feel suited...
VINTAGE WORN JEANS
Composition: 90% cotton blend with a slight stretch, soft, breathable, and built for comfortable all day wear. Fabric Weight: Midweight. Balanced and substantial, suited for spring and autumn wear. Fit:...
DISTRESSED RIPPED BAGGY JEANS
Composition: 90% cotton and 10% polyester with no stretch, soft, breathable, and built for comfortable all day wear. Fabric Weight: Midweight. A balanced denim feel suited for year round wear....
MEN'S STRAIGHT BAGGY JEANS
Composition: 90% cotton and 10% polyester with a slight stretch, soft, breathable, and built for comfortable all day wear. Fabric Weight: Midweight. Balanced and substantial without feeling heavy or stiff....
HEAVYWEIGHT DENIM JEANS
Composition: 70% cotton, 28% polyester, and 2% spandex at 543g/m², structured, durable, and built with a slight stretch for all day comfort. Fabric Weight: Heavyweight at 16oz. Dense and substantial,...
JEANS EN DENIM DÉLAVÉS AU SOLEIL
Composition: 91 % coton, 7 % polyester, 2 % viscose formant un tissu résistant de style denim, naturellement respirant, plus solide et doté d'une douceur subtile grâce à la viscose,...