Recycled Nylon Travel Bags

Montblanc Taps Public School to Launch Eco-Friendly Bag Collection

German luxury retailer Montblanc has teamed up with New York-based streetwear label Public School to deliver a new collection of sustainably designed bags and accessories. The five-piece collection consists of eco-conscious materials selected by the two brands to showcase their mutual support for green fashion.

Key pieces in the collection are made from a special material called 'ECONYL' -- a nylon yarn made from regenerative waste, including carpets, fishing nets, and fabric scraps. In addition, the metal elements incorporated into the bags' designs are made from recyclable stainless steel hardware.

The collection consists of five stylish silhouettes: a duffle, envelope, envelope mini, belt bag, and cardholder. The items draw from Montblanc's expertise in luxury travel and lifestyle design while implementing Public School's distinct streetwear aesthetic.

Image Credit: Montblanc

Sustainable Fashion
More luxury retailers will collaborate with eco-friendly brands to launch sustainable products and collections
Circular Economy
Increasing adoption of regenerative waste materials as raw products for fashion items manufacturing
Minimalist Design
Simplicity and minimalism will continue to influence the design of luxury fashion items

Industries Being Reshaped

Fashion Retail
Luxury fashion retailers will incorporate eco-friendly materials in their products to attract more eco-conscious customers
Sustainability Consulting
Consultants can help manufacturers incorporate eco-friendly materials in their products and adopt circular economy practices
Waste Management
Companies that specialize in recycling and managing waste products can benefit from increased demand for regenerative waste materials
SCORE
3.2 out of 10
GENDER
50% Men50% Women
MARKETTop markets: North America
GENERATION
  • Gen Alpha
  • Gen Z (primary audience)
  • Millennial (primary audience)
  • Gen X (primary audience)
POPULARITY
Popularity 58%
Activity 26%
Freshness 11%