Carbon Footprint of a Necktie

This page provides analytical insights into the carbon footprint of neckties based on detailed emissions data. Professionals can benchmark emissions, identify hotspots across manufacturing stages, and uncover opportunities to reduce environmental impacts.

4.25 kg CO2e The Carbon Footprint of a Necktie Necktie Carbon Footprint
What's the Carbon Footprint of A Necktie?

What's the Carbon Footprint of A Necktie?

The average carbon footprint of a necktie is 8.11 kg CO₂e. This necktie's footprint includes emissions from multiple manufacturing stages across a product count of 181 neckties. The average mass of a necktie is 86.11 g, with emissions ranging from 3.91 to 25.60 kg CO₂e.
  • Minimum footprint: 3.91 kg CO2e
  • Median footprint: 4.25 kg CO2e
  • Maximum footprint: 25.6 kg CO2e

Carbon Emissions by Process Step in Necktie Production

Each necktie's footprint includes emissions from multiple manufacturing stages. The following process steps were identified as carbon hotspots for necktie:
  • Raw Materials And Yarn Formation 4.06 kg CO₂e
Carbon Emissions by Process Step in Necktie Production

Key Insights from the Environmental Data on Neckties

Emissions Variation Range

The emissions range of 3.91 to 25.60 kg CO₂e indicates a significant variation in the carbon footprint across different necktie products or manufacturing processes. This 21.69 kg CO₂e range highlights potential opportunities for emissions reductions.

Raw Material Impacts

The 'Raw Materials and Yarn Formation' process step accounts for 4.06 kg CO₂e, or approximately 50% of the average 8.11 kg CO₂e footprint. This suggests that raw material sourcing and yarn production are major emissions drivers for neckties.

Finishing Stage Emissions

The 'Finishing' process contributes 0.32 kg CO₂e, indicating that post-production activities like dyeing, printing, or other treatments are also notable sources of emissions for neckties.

Product Mass Relationship

With an average mass of only 86.11 g, neckties have a relatively high emission intensity of 0.09 kg CO₂e per gram of product. This relationship suggests that material efficiency could be an important mitigation strategy.

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References

Data sourced from Carbonfact’s proprietary database, powered by over 50 million LCAs run on textile, fashion, and footwear products. The methodology is aligned with the EU Product Environmental Footprint (PEF) and adapted for product category specificity.

Find more information about our LCA methodology here.
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