Louis Vuitton LV 26SS Chain Ring Logo Print Short Sleeve T-Shirt - White
Louis Vuitton LV 26SS Chain Ring Logo Print Short Sleeve T-Shirt — White
Style No.: LV-26SS-CHAIN-RING-LOGO-PRINT-SS-TEE-WHT
Spring/Summer 2026 house codes in their cleanest expression — the Louis Vuitton LV 26SS Chain Ring Logo Print Short Sleeve T-Shirt in White delivers the season’s signature chain graphic language on a crisp, luminous white ground. In premium heavyweight cotton jersey, the front carries a small tonal LV four-petal flower monogram outline at the left chest — rendered in a fine dark line that reads with delicate precision against the white. The back is where the collection’s graphic authority fully reveals itself: a large-scale circular chain-link ring frames the oversized LV initials and ‘LOUIS VUITTON PARIS’ wordmark in bold dark print — the chain motif referencing the house’s iconic leather goods hardware, now scaled to wear. An orange LV woven label grounds the back collar with unmistakable house identity. The relaxed dropped-shoulder crewneck silhouette ensures the back graphic reads at full impact.
- Color: White
- Design: Small tonal LV four-petal flower monogram outline at left chest · Large-scale dark chain-ring LV logo graphic at back · ‘LOUIS VUITTON PARIS’ wordmark within chain circle · Orange LV woven label at back collar · Relaxed dropped shoulders · Ribbed crewneck and cuffs
- Silhouette: Relaxed dropped-shoulder crewneck short sleeve T-shirt
- Season: Spring / Summer 2026 (26SS)
- Material: Premium heavyweight cotton jersey
- Care: Hand wash only · Max 30°C · Hang dry · Professional dry clean available · Do not bleach · Separate colors · Do not tumble dry
Size Specifications
| Size | Shoulder (cm) | Chest (cm) | Length (cm) | Height (cm) | Weight (lbs) |
|---|---|---|---|---|---|
| XS | 47 | 106 | 69 | 160–170 | 100–130 |
| S | 49 | 112 | 72 | 165–175 | 130–150 |
| M | 51 | 116 | 75 | 170–180 | 150–170 |
| L | 53 | 122 | 78 | 175–185 | 170–190 |
Note: All measurements are taken flat. A 1–3 cm variance is within normal range.