π Tote Bag Chouchou (100% off)
We dispatch your order within 1β2 business days. Shipping times vary by destination.
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Size & Fit
Fits true to size.Β Model is 1,67m and is wearing a size S.
Please check our size guide here.
In case you have doubts regarding this style, please drop us a line at: info@le-mot.com and we will be happy to help you find the perfect size.
Shipping & Returns
All orders are shipped within 1-2 work days
- Portugal & Spain via MRW - delivery in 1-2 work days
- International via FedEx - delivery in 3-7 work days
All items can be exchanged or returned in 30 days. More info here.
Details & Care
- MachineΒ wash up to 30ΒΊC
- Do not bleach
- Can be dry cleaned
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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 productβs life, from raw material extraction to production, distribution, use, and disposal.
π Tote Bag Chouchou (100% off)
Sale priceβ¬0.00
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π Tote Bag Chouchou (100% off)
Sale priceβ¬0.00
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 productβs life, from raw material extraction to production, distribution, use, and disposal.
