Collections

A top accentuated by its feminine and soft voluminous sleeves. Inspired by numeric graphics from pattern paper used in clothing pattern making, these graphics are printed on the jacket lining material and applied to the sleeves. Made from recycled polyester fabric.

A detachable belt-style half-pleated layered skirt created through a collaboration between RE;CODE and food content director 'Moonstar.' It can be worn layered for daily wear or used around the waist like an apron in kitchen spaces. The pockets, derived from dismantled jackets, offer various...

Bucket bag using undyed raw airbag fabric. The unique robustness and uniqueness of industrial materials are the points, and the unique color and print of the airbag are characterized. It is possible to waterproof basic life and has a reflective detail on the edge...

A cropped top that doubles as a printed jersey muffler. This muffler, crafted from recycled polyester material, is printed with graphics inspired by pattern paper used in clothing pattern making, fashioned into a cropped t-shirt style. It can be layered as a muffler or...

This product is a bustier top made from RE;CODE's iconic design material – jacket lining turned inside out. It integrates the bustier design from surplus suits, adding emphasis by patching it onto a solid knit with rounded shoulders.

This design approaches surplus men's shirts in a unique way by rotating them 90 degrees for wearing, showcasing RE;CODE's zero-waste concept fully. The transformation of oversized men's shirts into women's shirts is particularly intriguing

This is an open-collar cropped shirt crafted by piecing together deconstructed shirts into a checkerboard pattern. It showcases the checkerboard motif that's been a consistent expression of RE;CODE, using a patchwork technique. Throughout this process, visible stitches and details intentionally peek through, becoming design...

Made from eco-friendly fibers using recycled PET bottles It's an innovative multifunctional yarn with moisture-wicking and antibacterial properties. Utilizing fine channels on the fiber surface for rapid moisture absorption and drying, it represents a leading functional yarn.