Allbirds Men's Canvas Piper
The Allbirds Men's Canvas Piper is an eco-friendly sneaker that combines sustainability with comfort and style. Its upper is crafted from FSC-certified TENCEL™ Lyocell, derived from eucalyptus tree fiber, ensuring a renewable and responsibly sourced material. The midsole features SweetFoam®, a green EVA foam made from sugarcane, which provides lightweight cushioning while reducing environmental impact. Complementing this, the insole foam is formulated from castor bean oil, offering additional comfort through a plant-based alternative to traditional synthetic foams. Some versions of the Piper incorporate a wool-lined insole instead of the TENCEL™ lining, enhancing breathability and softness. The Allbirds Men's Canvas Piper exemplifies innovative use of natural materials to create a sustainable, comfortable, and stylish footwear option.
SPECIFICATIONS
• Brand: Allbirds
• Gender: Men
• The Allbirds Men's Canvas Piper is an eco-friendly sneaker that blends sustainability, comfort, and style.
• The upper is made from FSC-certified TENCEL™ Lyocell, sourced from eucalyptus tree fiber, ensuring renewable and responsibly sourced material.
• The midsole uses SweetFoam®, a green EVA foam derived from sugarcane, offering lightweight cushioning and reduced environmental impact.
• The insole foam is made from castor bean oil, providing plant-based comfort as an alternative to traditional synthetic foams.
• Some versions feature a wool-lined insole instead of the TENCEL™ lining, enhancing breathability and softness.
• The sneaker showcases innovative use of natural materials for sustainable, comfortable, and stylish footwear.
About Brand
Allbirds is a sustainable footwear and apparel brand known for its commitment to eco-friendly materials and minimalist design. Founded in 2016, the company has gained widespread acclaim for creating comfortable, stylish shoes primarily made from natural fibers such as merino wool, eucalyptus tree fibers, and sugarcane-based foam. Allbirds emphasizes environmental responsibility throughout its production process, aiming to minimize carbon emissions and reduce waste.
