Bogs Women's Classic Casual Tall Lace Leather Boot - 11 - Tan

Description

Leather used comes from a gold rated tannery. Rebound cushioning under the heel provides all-day comfort and support. Bogs has worked a little magic with the Classic Casual Tall boots, using recycled materials in nearly every part of construction. Stylish, sustainably minded, sub-zero protection. Bogs has worked a little magic with the Classic Casual Tall boots, using recycled materials in nearly every part of construction. And, where there was no recycled option, Bogs looked to innovative materials, from LWG certified leather, to an algae-based foam. These boots will warm your feet and your heart. 100% waterproof construction. Recycled rubber, laces, jersey and heel webbing. Neo-Tech insulation – Bogs comfort rates these boots down to -15°C. DuraFresh natural odour control. Leather used comes from a gold rated tannery. The Leather Working Group judges and classifies tanneries based on energy use, waste production and water treatment. Rebound cushioning under the heel provides all-day comfort and support. Dual-density Bloom Algae foam footbed – Bloom foam has a reduced carbon footprint compared to standard foams. Grippy rubber outsole. Neo-Tech insulation – Bogs comfort rates these boots down to -15°C. DuraFresh natural odour control. 100% waterproof construction. And, where there was no recycled option, Bogs looked to innovative materials, from LWG certified leather, to an algae-based foam. Recycled rubber, laces, jersey and heel webbing. Grippy rubber outsole.

Key Features

• Dual-density Bloom Algae foam footbed – Bloom foam has a reduced carbon footprint compared to standard foams.
• Leather used comes from a gold rated tannery.
• Recycled rubber, laces, jersey and heel webbing.
• And, where there was no recycled option, Bogs looked to innovative materials, from LWG certified leather, to an algae-based foam.
• Rebound cushioning under the heel provides all-day comfort and support.
• The Leather Working Group judges and classifies tanneries based on energy use, waste production and water treatment.