Love Sunshine Geometric Print Shirt & Trouser Co-Ord Set - Grey - 14


The Love Sunshine Geometric Print Shirt & Trouser Co-Ord Set is designed for adults seeking a balance between modern style and effortless comfort. It features a relaxed button-through shirt and wide-leg trousers in a sleek grey geometric pattern, making it a versatile choice for both matching outfits and mix-and-match styling. While it offers a refined silhouette and functional pockets, potential users should note that the linen material may require more frequent ironing to maintain a crisp look throughout the day.
| Gender | Female |
|---|---|
| Pattern | Geometric |
| Age Group | adult |
| Colour | Grey |
| Material | Linen |
| Dress Size UK | 14 |
| Model Part Number | 5056791051238 |
| Brand | Love Sunshine |
Yes, but use a delicate cycle with cold water to protect the linen fibers.
The set is designed with quality linen intended to be opaque for everyday wear.
This product is sold as a set in a UK size 14, providing a consistent fit across both pieces.
Wide-leg trousers pair well with block heels, mules, or clean white sneakers for a casual vibe.
Linen is highly breathable, making it perfect for warmer months, but it can be layered with knitwear during transitional seasons.
Use a handheld steamer or a light mist of water and a warm iron to smooth out creases quickly.
The wide-leg design is intended for a relaxed fit, but you can have the hem professionally adjusted to better suit your height.
To keep your Love Sunshine Geometric Print set in pristine condition, always follow the care label instructions sewn into the garments. Due to the nature of linen, it is recommended to wash the items in cool water on a gentle cycle to prevent excessive shrinkage or fabric degradation.
When drying, hang the garments while damp to help minimize wrinkles. For a crisp finish, iron the shirt and trousers on a medium-heat setting while the fabric is slightly moist. Store the set in a cool, dry place away from direct sunlight to prevent the grey tones and geometric patterns from fading over time.