The Jersey TC1 - BLUE
Tax included.
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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.
The Captain Jersey is made from 100% organic cotton, grown without harmful chemicals or GMOs and using half the water of conventional cotton.
Crafted from a 460 GSM heavyweight French terry, it delivers both comfort and lasting durability. The 2×2 rib cuffs feature 5% Lycra, ensuring a flexible fit that keeps its shape over time.
Cut in a regular fit, it offers a clean, balanced silhouette that suits every body type. Pre-shrunk (0–3%) to maintain its size and structure wash after wash.
Made in Portugal, it stands out for its premium craftsmanship, reinforced double-stitched shoulders, and timeless design — a refined essential built to last.
The Jersey TC1 - BLUE
Sale price€115.00 EUR
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The Jersey TC1 - BLUE
Sale price€115.00 EUR
Tax included.
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.