Consummately Sustainable Swimwear

View More

This Pieces Are Made From Discarded Nets & Recycled Spandex

Vitamin A, a swimwear company based in California, is launching a range of sustainable swimwear pieces that are made from a novel recycled fabric developed by none other than Hyosung and Hung Yen Knitting & Dyeing.

The 'ReLux' collection leverages the innovation of a swimwear focused material that happens to be made from a combination of Hyosung's post-consumer nylon - which is crafted out of fishing nets that were discarded in water and along coasts - and recycled Spandex.

What's more, the 'ReLux' shares something with all other Vitamin A products in that they are manufactured in California using recycled and plant based products, with the company also dedicated to allotting a percentage of its revenue towards NGOs that carry out work to foster sustainability of oceans and coastal regions.
Trend Themes
1. Sustainable Swimwear - Swimwear companies are creating sustainable pieces using recycled materials, including discarded fishing nets and recycled spandex.
2. Post-consumer Nylon - Hyosung has developed a post-consumer nylon fabric made from discarded fishing nets and used in the production of swimwear.
3. Manufacturing in California - Vitamin A swimsuits are manufactured in California using recycled and plant-based materials, showcasing the trend towards local production and eco-friendly practices.
Industry Implications
1. Fashion Industry - The fashion industry is increasingly adopting sustainable practices, such as using recycled materials, in order to meet consumer demand for eco-friendly products.
2. Textile Industry - The textile industry is exploring innovative ways to upcycle and recycle materials, such as post-consumer nylon made from discarded fishing nets.
3. Environmental Ngos - Environmental NGOs involved in sustainability are benefiting from revenue contributions by companies, like Vitamin A, that support their initiatives to protect oceans and coastal regions.

Related Ideas

Similar Ideas
VIEW FULL ARTICLE