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DLS by DSLSM constructs reusable wine net bag out of recyclable thermoplastic

DLS by DSLSM constructs reusable wine net bag out of recyclable thermoplastic


a Reusable Wine Net Bag for Sustainability

 

DLS by DSLSM introduces the Wine Net Bag, a reusable, waterproof bag designed to carry wine bottles securely and stylishly. Utilizing recyclable HDPE, a polyethylene thermoplastic material made from petroleum, it’s durable and naturally showcases the wine label, enhancing its packaging, while the covered glass area provides reassurance. This sustainable design choice blends elegance, practicality, and eco-friendliness.

DLS by DSLSM constructs reusable wine net bag out of recyclable thermoplastic
all images courtesy of DLS by DSLSM

 

 

DLS by DSLSM engages in eco-friendly design

 

Designer Lim Sungmook of DLS by DSLSM crafts the Wine Net Bag using highly durable HDPE material to ensure water resistance and environmental friendliness. To enhance recyclability, no adhesives or stitching are used; instead, the bag is constructed with ultrasonic bonding, making it a single-material product. This innovative approach minimizes environmental impact while offering exceptional functionality, making the Wine Net Bag a sustainable and versatile choice.

DLS by DSLSM constructs reusable wine net bag out of recyclable thermoplastic
the Wine Net Bag combines style and practicality for securely carrying wine bottles

DLS by DSLSM constructs reusable wine net bag out of recyclable thermoplastic
its net structure reveals the wine label while offering a protective design for the glass

DLS by DSLSM constructs reusable wine net bag out of recyclable thermoplastic
designed to fit various bottle sizes, the bag ensures versatile functionality

DLS by DSLSM constructs reusable wine net bag out of recyclable thermoplastic
crafted from durable HDPE, the bag is water-resistant and highly recyclable

DLS by DSLSM constructs reusable wine net bag out of recyclable thermoplastic
single-material design simplifies recycling while maintaining structural integrity



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