Petal & Pup Landon Cotton Blend Knit T-Shirt
Petal & Pup
$59.00
📦 Shipping Information:
Available from Nordstrom | Free standard shipping on qualifying US orders 
Product Insights & Style Tips
The Landon Cotton Blend Knit T-Shirt by Petal & Pup channels easy, city-smart casual. A boxy, slightly oversized silhouette keeps things modern and relaxed, while the crewneck and short sleeves read clean and versatile. The knit blends 56 percent cotton, 47 percent rayon, and 7 percent spandex for a soft touch with a touch of springy stretch that wears comfortably from desk to dinner. Care is straightforward too: hand wash and lay flat to dry, keeping its shape through the seasons.
This tee sits roomy at the chest and drapes over the torso without clinging, balancing ease with polish. The slight stretch helps it hold its shape while you move, and the crewneck sits neatly against the collarbone. Layer it under a blazer for worklike polish, or pair with high-rise jeans for weekend cred. It carries a light weight that makes it easy to tuck into skirts or wear loose over shorts, making the Landon adaptable across a range of warm-weather looks.
Petal & Pup stays true to easy, modern staples, and this T-shirt slots into that DNA. It teams with everything from crisp denim to soft tailoring, offering a quiet backbone for volume sneakers, airy skirts, or slouchy blazers.
Materials / Fabrication
- Boxy, slightly oversized fit
- Crewneck
- Short sleeves
- Fabric blend: 56 percent cotton, 47 percent rayon, 7 percent spandex
- Imported
Recommended Care
- Hand wash cold and lay flat to dry
- If machine washing is preferred, use a gentle cycle with cold water
- Use a mild detergent and avoid bleach
- Iron on low heat if needed, or steam to remove wrinkles
Fit Notes
- Boxy silhouette with a roomier fit through the chest and torso.
- Crewneck and short sleeves create a classic, easy layering base.
- Cotton blend with rayon and a touch of spandex provides stretch for all day wear.
- The shape accommodates layering over a tee or under a light layer.