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Understanding your flour is the first step to understanding your dough. Move the slider to see how protein content shapes the balance between tenacity and extensibility — and what that means for your bread.
Alveograph Curve
Rheology Metrics
What does this mean for your bread?
How Protein Shapes Flour Behavior
| Protein Level | Gluten Development | Dough Rise | Air Retention | Fermentation Effects |
|---|---|---|---|---|
| Low | Weak | Limited | Poor | Less gas expansion |
| Medium | Moderate | Good | Adequate | Balanced fermentation |
| High | Strong | Excellent | Excellent | Extended fermentation |
Sources & Attribution
Curve Model: Alveograph parameter relationships derived from Jødal, A.-S. & Larsen, K.L. (2021). Scientific Reports, 11, 5349. DOI: 10.1038/s41598-021-84959-3
Reference Data: Curve validation data from the BaGaTeL Common Wheat Grain and Flour Characterization dataset (etalab 2.0 license). DOI: 10.57745/GQC1L9
Instrument: The Chopin Alveograph is manufactured by KPM Analytics (formerly Chopin Technologies). BreadB is not affiliated with KPM Analytics.
Flour Characteristics: Protein-level behavior table adapted from The Culinary Gene — Flour Protein Levels Explained.
Disclaimer: This is a simplified, educational model. Real alveograph results depend on many factors beyond protein content including moisture, ash content, damaged starch, mixing conditions, and hydration protocol.
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