Veja Rio Branco II Alveomesh - White/Pierre
Veja Rio Branco II Alveomesh - White/Pierre/NaturalÂ
Since 2005, Veja has been creating footwear differently by infusing each stage of production with positive impacts. Environmentally friendly sneakers, made with raw materials sourced from organic farmer and ecological agriculture without chemicals or polluting processes.
Fit:Â Slightly snug - We recommend sizing down if you are between sizes
Sizing: EUÂ
Materials:Â
- Alveomesh (100% Recycled PET making it breathable and water-repellent)
- Outsole: Amazonian Rubber (12%), Rice Waste (30%)
- Insole: Sugar Cane (40%), Organic Cotton (12%), Amazonian Rubber (11%) and Recycled E.V.A. (11%)
- Laces: 100% Organic Cotton
Made with love in Brazil
Sourced from southern Brazil and Uruguay, our bovine leather is tanned locally in workshops selected for their environmental standards – no harmful components to health or the environment are used. The dyes comply with current regulations and are applied with attention to water consumption during the tanning process.
Original: $91.57
-65%$91.57
$32.05
Description
Veja Rio Branco II Alveomesh - White/Pierre/NaturalÂ
Since 2005, Veja has been creating footwear differently by infusing each stage of production with positive impacts. Environmentally friendly sneakers, made with raw materials sourced from organic farmer and ecological agriculture without chemicals or polluting processes.
Fit:Â Slightly snug - We recommend sizing down if you are between sizes
Sizing: EUÂ
Materials:Â
- Alveomesh (100% Recycled PET making it breathable and water-repellent)
- Outsole: Amazonian Rubber (12%), Rice Waste (30%)
- Insole: Sugar Cane (40%), Organic Cotton (12%), Amazonian Rubber (11%) and Recycled E.V.A. (11%)
- Laces: 100% Organic Cotton
Made with love in Brazil
Sourced from southern Brazil and Uruguay, our bovine leather is tanned locally in workshops selected for their environmental standards – no harmful components to health or the environment are used. The dyes comply with current regulations and are applied with attention to water consumption during the tanning process.
