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arbor

Arbor Sample Sweater

Arbor V2.0
Last measured on 25 February 2025
sweater
650 g
Polyester
14.53 kg CO2e
Emits 13% less than other sweaters

Powered by Arbor

Product Impact

The impact of this product is estimated to be 14.53 kg CO2e.
That is enough CO2e to fill 7338.8311619846 party balloons.

Assumptions

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Materials
100% polyester,woven arbor
Algeria arbor

This material’s impact assessment was generated using Arbor’s proprietary region specific impact assessment model. This model takes into account a variety of factors such as electricity, trade behavior, and transportation.

Accessories
1 x cardboard,hangtag Arbor

The impact for this accessory was calculated by Arbor's Impact Team using PEF recommendations and defaults.

Manufacturing
Unknown arbor

In this product’s impact assessment, Arbor’s Engine assumes that the manufacturing facility is powered by its nation’s standard electricity grid.

PEF Default Arbor

Arbor's system relied on PEF default values for sweater to determine the assembly time in the impact assessment of this product.

PEF Default Arbor

Arbor has used PEF defaults for sweater to determine whether ironing was required during this product's manufacturing.

PEF Default Arbor

The percentage of waste during the assembly process of this product was derived from PEF defaults for sweater

Packaging
polybag Arbor

polybag was chosen in the impact assessment by using PEF defaults for sweaters.

corrugated cardboard Arbor

corrugated cardboard was chosen in the impact assessment by using PEF defaults for sweaters.

Transportation
No transportation included

arbor has not included any data related to the transportation of this product.

Summary
Compared to other sweaters
650 g

650 g is the total weight used for all components.

sweater

In some cases, Arbor has estimated the product category.

Data Methodology

We use the EF v3.0 method in order to calculate the impact of our customers’ products. This method is recommended by the European Commission as a common way of measuring environmental performance.

See how the data works