Sustamize
About Sustamize
sustamize is a climate-tech company providing a large CO2e database and digital tools to automate product and value chain carbon footprint calculations for corporate emissions management and ESG reporting. More information about the data methodology on: https://docs.sustamizer.com/knowledge-hub/database-overview/overview
Visit Sustamize websiteDatasets from Sustamize
sustamize Materials Database - Metals - V3.2.0
| Property | Value |
|---|---|
| Description | sustamize is a climate-tech company providing a large CO2e database and digital tools to automate product and value chain carbon footprint calculations for corporate emissions management and ESG reporting. More information about the data methodology on: https://docs.sustamizer.com/knowledge-hub/database-overview/overview |
| Source type | Corporate |
| Original dataset URL | URL |
| Year released | 2025 |
| Geography | Multiple regions |
| Sector | |
| Type of data | Activity-based |
| Emission results | CO2e |
| Data Transformation | NA |
License
| Property | Value |
|---|---|
| Type of license | Commercial license (purchased) |
| License URL | Not specified |
Data quality
| Property | Value |
|---|---|
| Data quality assurance | Vetted by Climatiq. For further information on data quality assurance, see: [https://www.climatiq.io/methodology#Data-Quality](https://www.climatiq.io/methodology#Data-Quality) |
| Quality flag(s) | Methodology For some emission factors, data quality rating is either not evaluated or reported as poor according to the source. |
Methodology
| Property | Value |
|---|---|
| IPCC AR method |
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| LCA boundary |
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| Scope applicability |
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| Emissions breakdown |
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| Methodology description | sustamize Materials Database covers over 3,200 metals, 1,000 composites, 160 polymers, sintered materials, and chemical elements across 133 regions. All emission factors are expressed in physical units (kgCO₂e per kg of material) and are built using a bottom-up approach: starting from raw material extraction and tracing through processing steps to produce the final material form. The database is constructed from primary data, published LCA studies, and validated engineering calculations. This means that each material's emission factor reflects the production processes, energy inputs, and regional energy mixes involved. For full details, see the sustamize database documentation: https://docs.sustamizer.com/knowledge-hub/database-overview/overview#%F0%9F%94%A7-materials-database. |
Explore the Sustamize dataset
Featured Emission Factors in Sustamize
Explore All- Go to Sint-A00 sintered: iron - iron soft magnetic
Sint-A00 sintered: iron - iron soft magnetic
Materials and Manufacturing Materials and Manufacturing - Go to Sint-A41 sintered: steel (C Cu Ni) - CuSn - CuSn (graphite)
Sint-A41 sintered: steel (C Cu Ni) - CuSn - CuSn (graphite)
Materials and Manufacturing Materials and Manufacturing - Go to Sint-A50 sintered: steel (C Cu Ni) - CuSn - CuSn (graphite)
Sint-A50 sintered: steel (C Cu Ni) - CuSn - CuSn (graphite)
Materials and Manufacturing Materials and Manufacturing - Go to Sint-AF40 sintered: steel (CrNi) - CuSn (bronze) - polyethylene
Sint-AF40 sintered: steel (CrNi) - CuSn (bronze) - polyethylene
Materials and Manufacturing Materials and Manufacturing - Go to Sint-AF50 sintered: steel (CrNi) - CuSn (bronze) - polyethylene
Sint-AF50 sintered: steel (CrNi) - CuSn (bronze) - polyethylene
Materials and Manufacturing Materials and Manufacturing - Go to Sint-AF90 sintered: steel (CrNi) - CuSn (bronze) - polyethylene
Sint-AF90 sintered: steel (CrNi) - CuSn (bronze) - polyethylene
Materials and Manufacturing Materials and Manufacturing
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