Step into the world of high fashion with our exquisite Men's Canvas Button Fleece windbreaker. Meticulously tailored with a double-layer fleece, this jacket offers unparalleled warmth and comfort. The distinctive horn button design adds a playful yet refined touch, ensuring you make a fashion-forward statement.
Fashioned from 100% cotton twill, this windbreaker embodies a sophisticated and tailored fit, enhancing your masculine silhouette. Its hood and horn buckle contribute to both style and practicality. With a fabric weight of 245g/m², this jacket exudes luxury while providing utmost durability.
The stitch colours effortlessly harmonize with the patterns, offering a sleek and coherent aesthetic. Whether paired with trousers or skirts, this windbreaker effortlessly transitions from casual to elegant settings. Embrace it for your daily leisure activities, make a lasting impression on a special date, or immerse yourself in the festive spirit at various occasions.
Immerse yourself in unparalleled style, confident in your fashion choices. This windbreaker is well-suited for a relaxed dog walk as well as an exciting night on the town. Elevate your attire to new heights by acquiring this coveted piece. Don't miss out on the opportunity to exude elegance and sophistication - order now and unlock your true fashion potential!
 
Fabric: Cotton twill (100% cotton)
Regular fit
Horn buckle, fleece, with hood
Fabric Weight:245g/m²
Stitch Colour: black or white, automatically matched based on patterns.
Care Instruction: machine wash cold with similar colours, line drying, do not bleach and dry-clean, and iron at a maximum sole-plate temperature of 110°C without steam ironing may cause irreversible damage.
This product is made on demand, with no minimum order quantity.
Multiple shipping methods are available, and fees vary depending on the location and the shipping method selected.
Notice: a variety of factors may cause slight differences between the actual product and the mock-up, including but not limited to colours and precision of elements' position.