Sintra
A classic Oxford in polished tan leather with subtle brogue cap toe details. Versatile sophistication for business and formal wear.
Product Details
Style: Oxford
Exterior: Fine Calf Leather
Lining: Leather
Insole: Leather
Outsole: Handmade leather
Heel: 2cm
Option: Anti Slip Sole
Made in Oliveira de Azeméis, Portugal
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% CO2e
Below category's global average
Product Life Cycle Analysis
0%
Raw Materials
Extraction and processing of raw materials (agriculture, mining, logging) create environmental impacts before manufacturing begins.
0%
Manufacturing
Production consumes energy, water, and other raw materials, resulting in emissions and natural resource depletion.
0%
Packaging
Packaging materials such as plastic, paper and metal are used to accommodate and transport the product, contributing for their carbon footprint.
0%
Distribution
The transportation of goods generates greenhouse gas emissions, influenced by transport type, distance, and logistics.
0%
Use Phase & End of Life
Product usage may consume energy and resources through a certain lifespan, while its disposal may result in landfilling, incineration and recycling, releasing greenhouse gases.
A product life cycle analysis (LCA), in terms of carbon footprint, assesses the total greenhouse gas emissions generated at each stage of a product’s life, from raw material extraction to production, distribution, use, and disposal.
SHIPPING AND PAYMENT DETAILS
Free shipping worlwide and free returns.
Made to Order - delivery from 5 to 10 business days.
Payment Options - Credit Card, Paypal, Klarna and Multibanco or MbWay (these two only for Portugal).
Sintra
Sale price€320.00
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Sintra
Sale price€320.00
powered by
% CO2e
Below category's global average
Product Life Cycle Analysis
0%
Raw Materials
Extraction and processing of raw materials (agriculture, mining, logging) create environmental impacts before manufacturing begins.
0%
Manufacturing
Production consumes energy, water, and other raw materials, resulting in emissions and natural resource depletion.
0%
Packaging
Packaging materials such as plastic, paper and metal are used to accommodate and transport the product, contributing for their carbon footprint.
0%
Distribution
The transportation of goods generates greenhouse gas emissions, influenced by transport type, distance, and logistics.
0%
Use Phase & End of Life
Product usage may consume energy and resources through a certain lifespan, while its disposal may result in landfilling, incineration and recycling, releasing greenhouse gases.
A product life cycle analysis (LCA), in terms of carbon footprint, assesses the total greenhouse gas emissions generated at each stage of a product’s life, from raw material extraction to production, distribution, use, and disposal.