Mecha Japanese Samurai Shirt

Description

Mecha Japanese Samurai Shirt puts a new spin on casual comfort. Made from very soft materials, this tee is 100% cotton for solid colors. Heather colors and sports grey include polyester. The shoulders have twill tape for improved durability. There are no side seams. The Mecha Japanese Samurai Shirt collar is made with ribbed knitting to prevent curling damage.

Made with 100% ring-spun cotton, a lightweight fabric (4.5 oz/yd² (153 g/m²)), this unisex t-shirt feels like a bliss to wear all year round.
The classic fit with the crew neckline deliver a clean, versatile style that can match any occasion, whether it’s formal or semi-formal.
Made using ethically grown and harvested US cotton. Gildan is also a proud member of the US Cotton Trust Protocol ensuring ethical and sustainable means of production. This tee is certified by Oeko-Tex for safety and quality assurance.
Fabric blends: Heather colors – 35% ring-spun cotton, 65% polyester; Sport Grey – 90% cotton, 10% polyester.

If you liked this design and would like to have it on a hoodie, sweatshirt, long-sleeve, or any other item on our website, just email us at hello@barowear.com with the item of your choice and a high-resolution file (png). We will inform you if it is possible to print or produce them for you.

Visit our ETSY store for a variety of designs of more interests. See more of our creations.

Color Disclaimer
Due to variations in monitor settings, Baro Wear assumes no responsibility and makes no guarantees regarding color matches of product or production, either within an order or in a reorder. We cannot guarantee that the colors displayed on our website will exactly match the color of the product or elements of any design. If you have any questions about a particular color or shade, please contact us prior to ordering for clarification. Apparel fabric colors which are shown online are approximate only and may have variations in color, hue and tone, especially from one size group to another. Fabric colors represented on computer monitors may vary due to variations in computer screens, resolution, color, tone or any other display settings.