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Best Gift For Chef/ 3D All Over Print Shirt Hoodie Master Chef/ Cooking Lover 3D Clothings/ Cooker Gifts
Best Gift For Chef/ 3D All Over Print Shirt Hoodie Master Chef/ Cooking Lover 3D Clothings/ Cooker Gifts
Best Gift For Chef, 3D All Over Print Shirt Hoodie Master Chef, Cooking Lover 3D Clothings, Cooker Gifts
Product Description
Whoop Whoop Whoop and spread laughter with the 3D Full Over Print. All products are made-to-order and proudly printed with the best screen printing or print to garment processes available. Our high construction quality with great attention to detail ensures it won''t ever fade, crack, or peel! Please choose the right size by our size chart.
MATERIAL:
- Healthy fabric 100% polyester with milk silk inner fabric
- Double-needle top-stitched neckline.
- Double-stitched sleeve and waist hems.
- Seamless collar with taped neck and shoulders.
- Quarter-turned body to eliminate the center crease.
- The design is printed with new-age printing technology, direct to garment. It is printed with a water-soluble and eco–friendly ink
FEATURES:
- Tearaway label.
- Double-needle sleeve and bottom hem.
- Seamless double-needle 7/8" collar.
- Taped neck and shoulders.
3D CLOTHING
- 360-degree All-Over-Print made by using dye-sublimation technology. Made by high-quality fleece, completely resistant to shrinking and wrinkling. Ultra-soft premium fabric (100% Microfiber Fleece) printed outside, inside is colored white with fuzzy fleece for warmth.
- Machine wash cold, tumble dry on low heat. Avoid direct heat. Do not use bleach.
- Design Features: Full zip-up hoodies with pockets on both front sides, plus velvet inside enough material to warm your arms; Drawstring hoodie; Sweatshirt; Fashion shirt, Long sleeve hoodie.
- 360-Degree 3D digital printing in back, front, and hood; Stylish and attractive; Using dye-sublimation technology, without ever fading, cracking, peeling, or flaking.
- Because of lighting and display, there will be a little color difference, please understand.
- Please allow 2-3 cm differs due to manual measurement.
