This ringer T-shirt uses Warehouse's standard body knitted on an old-fashioned low gauge knitting machine, which is said to be rarer than a hanging knitting machine. The collar and sleeves have thin ribbing. This fabric is knitted with No. 12 uneven yarn to create a unique shadow effect, and is called a shadow border. Although it is plain, it has a subtle unevenness like horizontal stripes. The finish perfectly reproduces the texture of the uneven body from the 1940s. The fabric becomes tightly woven after washing, and horizontal stripes (shadow borders) appear. The fabric is loosely knitted using No. 12 slub yarn, so it is very soft to the touch and boasts excellent comfort without any stress. The texture of the print changes with each wear, and the fun of making your own old clothes is unique to Warehouse. All designs are taken from vintage old clothes, and the unique atmosphere that is not found in modern items is a must-see for American casual fans.
*This product is unwashed, so the width will shrink by about 2 cm and the length by about 3-4 cm after the first wash.
※ITEM DATE※ ・Item number 4059 SKYLARKS ・100% cotton ・Made in Japan ・Silhouette [Slim←1 2 3 4 5→Wide]
*MODEL DATE* Male: Height 173cm, Weight 64kg. Wearing size 38 (M). Woman: Height 174cm, Weight 54kg. Wearing size 40 (L). *The item shown is worn before shrinkage. To account for shrinkage after washing, choose one size larger.
*This product is unwashed, so it will shrink by about 1-2cm in width and 2-3cm in length when washed for the first time.
*The above values are measured when the item is laid flat after one wash. We lay it on the floor, remove any wrinkles, and measure the fabric flat. The size numbers will vary by a few centimeters depending on the individual product, the measurement method, and the amount of force used. The size chart is therefore only a guide and may differ from the actual numbers. *The product photos are taken with a digital camera. Please note that color may differ slightly from the actual product due to the LCD screen, etc. *Click here for detailed size measurement methods.
