Ribbed Cotton Henley Neck T-Shirt [Light Gray]
MORCEAU PAR MORCEAU
$100.00
Product Insights & Style Tips
Ribbed Cotton Henley Neck T-Shirt in Light Gray from MORCEAU par MORCEAU opens a peaceful, sunlit mood for the season. The cotton-spandex blend feels breathable with a gentle stretch that moves with you, and the classic Henley silhouette stays tidy under layers. Nickel snap closures along the placket lend a tactile, utilitarian lift, while signature hem embroidery punctuates the hemline with quiet brand detail. Made in Korea, it anchors the Early Blooming 2025 SS Collection's spring-time calm.
With a stable fit that keeps its shape, this tee layers effortlessly beneath jackets or over denim. The stretch helps it skim the body without cling, making it a reliable base for everything from chinos to skirts, and the placket snaps offer adjustable ventilation when the day warms up. The rib texture gives depth to casual looks, and the discreet embroidery at the hem adds a little signature polish for everyday wear.
Aligned with MORCEAU par MORCEAU's Early Blooming spring mood, this piece reflects a quiet, modern code and Korea-made craftsmanship. It sits as a refined everyday staple that plays well with other wardrobe anchors from the collection, delivering that calm, unfussy polish that the label champions.
Materials / Fabrication
- Light gray Henley neck t-shirt
- Classic silhouette
- Nickel snap closures
- Signature hem embroidery
- Cotton-spandex blend (93% cotton, 7% spandex)
- Shell: 93 percent cotton, 7 percent spandex
- Made in Korea
- Color: Light Gray
Recommended Care
- Machine wash cold with like colors on a gentle cycle
- Use mild detergent
- Do not bleach
- Tumble dry low or lay flat to dry
- Cool iron if needed, on the reverse side; avoid ironing over snaps and embroidery
Fit Notes
- Ribbed cotton fabric and a Henley neck shape the silhouette.
- Nickel snap closures at the neckline are a defining Henley detail.
- The cotton-spandex blend (93% cotton, 7% spandex) is described as providing a stable fit and versatile layering potential.