In an effort to fuse sustainability with innovation, fashion-facing running brand Satisfy and renowned custom-fit backpack brand Osprey have collaborated to create a unique product, the “SATISFY Osprey Talon Mineral backpack.”
The collection consists of ten distinct colorways, utilizing natural mineral pigments, marking a continued stride toward eco-conscious production in the realm of outdoor gear.
Celebrated for its exceptional fit and dynamic functionality, the Osprey Talon bag expresses traits that blend harmoniously with Satisfy’s mission of minimal distraction and maximal quality.
The collaboration highlights both brands’ commitment to sustainable and mindful practices, illustrated by the Talon Mineral 22’s bluesign product designation — a label that signifies the gear’s adherence to standards on consumer safety, minimal environmental impact, and responsible resource utilization.
Notably, each backpack is unique owing to the low-impact mineral dye process, which offers a natural vintage tinted effect. Unlike conventional dyes, the mineral dyes employed are biodegradable, eliminating the risk of soil or water pollution.
Satisfy’s Mineral Dye Program heralds a method where less water is required in the dyeing process as compared to traditional methods. The technique also allows for the treatment and reuse of wastewater, significantly reducing water consumption and returning valuable nutrients to the soil. Additionally, the mineral dyes are non-toxic, hypoallergenic and gentle on the skin, a selling point for individuals with sensitive skin or allergies.
The SATISFY Osprey Talon Mineral backpack, a blend of traditional rock-derived dyeing techniques and modern high-performance technical design, is expected to be released starting November 2. The backpack will be available via Satisfy and Osprey’s official sites, as well as select retailers, however, retail pricing has not yet been announced at the time of writing.
In other fashion news, Engineered Garments and UNIQLO collaborate for “PUFFTECH” collection.
Source: Read Full Article
