This premium cotton dress shirt showcases an intricate jacquard weave with an elegant emerald sky-blue and William green plaid pattern. Perfect for formal occasions, it features a button-down collar and tailored design for a polished look. Constructed from 100% Premium Giza Cotton, it guarantees comfort and durability while retaining a soft, silky texture. Ideal for pairing with tailored trousers or dark denim, this limited collection piece is a sophisticated addition to any wardrobe.
From the brand: This premium cotton dress shirt features an intricate jacquard fabric with an elegant emerald sky-blue and William green plaid pattern. Its button-down collar and classic checks make it perfect for formal occasions. As part of our limited collection, it will not be restocked. A mid-priced option, this shirt offers refined style without compromising comfort. tailored grey or navy trousers for a sharp, professional look, or choose dark denim jeans for a more relaxed yet sophisticated ensemble.
Fused collar and cuffs, collar stand and flat felled side seams provide structure and stability to all our shirts.
100 % Premium Giza Cotton: Long staple, smother, resistant to pilling, greater resistance to abrasion and stretching, brighter and more precisely defined with a soft and silky texture and considerable resistance over time.
Limited quantity, Seasonal collection. We change our fashion very frequently. Grab it before it disappears
jacquard weave; Jacquard weave is created using a specific loom designed to produce patterned fabrics. Using a mix of different weaves, the possibilities of patterns are endless. A simple geometric pattern like a dot, or window pane, to a complex paisley can be created. Jacquards are great way to add a very subtle pattern to your style. Jacquards can be made one color or a mix of colors to create even more complex patterns. Often the back side of a jacquard is the mirror image of the pattern. We suggest Jacquard shirts for: any occasion to promote your personal style!
Medium weight fabric. Made for all climates.
