OBJECT
Description
Original artwork by independent Korean fashion designers — designed in Korea, printed on demand near you.
Intense Deep Sea Predator: Vintage Ocean Thrill
Plunge into the depths with this thrilling vintage-style tee, perfect for adventurers and ocean enthusiasts who aren’t afraid to embrace the wild side. Featuring a powerful great white shark, this design captures the intense allure and danger of the deep sea.
The Design
A striking vintage-inspired graphic dominates the front center chest, showcasing a formidable great white shark in mid-lunge, erupting from dynamic ocean waves. The entire scene is enveloped in a distressed texture, giving it a weathered, classic appeal. Above the apex predator, the words “OCEAN PREDATOR” are emblazoned, while a bold banner below declares “FEAR THE DEEP.” Further text warns of a “DANGER ZONE” and urges the wearer to “Face The Depths,” completing the adventurous narrative. The dramatic scene is highlighted by splashes and subtle skull and crossbones motifs, all rendered in a palette of dark blue, light blue, grey, white, orange, brown, and black, enhancing the thrilling mood.
Material & Fit
Crafted from 100% Airlume combed and ringspun cotton, this premium t-shirt offers a soft touch and smooth feel. It features a lightweight 4.2 oz (142 gsm) fabric, spun from 32 fine single threads, providing breathable comfort. The retail fit is designed to flatter, featuring side-seamed construction for shape retention and pre-shrunk fabric to minimize shrinkage. Essential details include robust shoulder-to-shoulder taping and double-needle hems for lasting durability, all finished with a convenient tear-away label.
Sizing & Care
- Available in sizes XS, S, M, L, XL, 2XL, 3XL
- Machine wash cold inside out, tumble dry low, do not iron print
Designed in Korea, Printed for You
StyleMZ is an original Korean-style design studio dedicated to bringing original concepts to life. Every piece is made-to-order, ensuring your garment is freshly printed just for you upon purchase. This on-demand model supports a more sustainable production approach, reducing waste and overproduction.
