Shirts
Love And Order Floral Print Shirt With Breathable Cotton Oversized Drop Shoulder For Modern Shoppers
The Love & Order Shirt is a short-sleeve essential that blends a floral print with structured checks in a breathable cotton blend, designed for those who value comfort without sacrificing style. Its generous, oversized fit makes it a versatile piece for both relaxed days and polished outings, especially when paired with wide-leg trousers and loafers.
- Fabric: Cotton and Polyester blend for a breathable, easy-care feel
- Pattern: Floral print scUrbann-Vibed across structured checks for a bold, contemporary look
- Fit: Oversized silhouette with drop shoulder sleeves for relaxed movement
- Collar & Closure: Turn-down collar with a classic button closure
- Design Notes: Short sleeves designed to keep you cool while maintaining a refined shape
- Styling: Best styled with wide-leg trousers and loafers to achieve a balanced, modern silhouette
This shirt serves as a versatile, everyday option that works across a variety of settings. The breathable cotton blend keeps you comfortable from desk workouts to after-work socializing, while the bold contrast between floral print and structured checks makes a confident style statement. The oversized cut simplifies layering over lightweight knits or tees, and the clean turn-down collar + button closure provide a polished finish for both office-leaning days and casual weekends. Ideal for anyone seeking a unique, easy-to-style shirt that adds personality without compromising comfort.
Free U.S. shipping, no minimum · Ships in 1–3 business days · 30-day returns
Details & fabric
Please refer to the item description above.
Fit & sizing
Please refer to the item description above.
Shipping
Shipping is free on all orders. Your order is processed within 1–3 business days and delivered within 5–8 business days. For more information, see our Shipping page.
Return Policy
You have the right to withdraw from your purchase within 30 days. Please refer to our refund policy for more information.