Belle Oversized-fit Blazer

Effortless Sophistication Meets Modern Comfort

Elevate your seasonal wardrobe with the Belle Oversized-fit Blazer, a masterclass in relaxed tailoring. Designed with a timeless herringbone-inspired texture, this blazer offers the premium look of classic wool with the wrinkle-resistant durability of high-quality polyester. Its loose, oversized silhouette and hidden breasted closure create a clean, minimalist aesthetic perfect for layering during autumn and spring, or as a polished indoor layer during the winter months. Whether you're heading to a business-casual meeting or a weekend brunch, this versatile piece provides a structured yet comfortable fit that transitions seamlessly from day to night. Featuring a classic notched collar and sophisticated button detailing, the Belle Blazer is the ultimate foundational piece for the modern woman’s collection.

Why You'll Love It

• Premium Textured Finish: Enjoy the sophisticated look of a traditional weave with a soft-touch polyester fabric that maintains its shape and resists creasing all day.

• Hidden Breasted Elegance: The discreet closure system provides a sleek, uninterrupted front profile for a more high-end, boutique aesthetic.

• Versatile Relaxed Fit: The carefully tailored loose silhouette allows for effortless layering over sweaters or blouses without feeling restrictive.

Style Notes

• Modern Professional: Pair the blazer over a cream turtleneck with tailored white trousers and pointed-toe ankle boots for a refined office look.

• Weekend Ease: Layer it over a simple graphic tee and distressed straight-leg jeans with loafers for an effortless "off-duty" vibe.

Product Details

• Material: Polyester

• Fit: Relaxed / Loose Fit

• Collar: Classic Notched Lapel

• Closure: Hidden Breasted Front

• Sleeve: Full-length with button decoration

• Sizes: Available in S, M, L, XL (Please allow for 1-3cm manual measurement variation)

Product Details

• Pattern: Solid
• Available Colors: Brown, Gray
• Available Sizes: S, M, L, XL

Detailed Measurements