Farinograph assay

Farinograph analysis is a reference method in cereal rheology used to evaluate the technological quality of flours and their behavior during kneading.
This analysis measures water absorption , resistance to mixing , dough stability , and rising time . These parameters are essential for ensuring consistent baking quality and optimizing industrial breadmaking processes.

The device called a farinograph records the consistency curve of the dough as a function of time, reflecting its plasticity and elasticity.

Experimental methods and protocols

The test is performed according to ISO 5530-1 and AACC 54-21 , ensuring optimal reproducibility.
A dough is prepared by mixing a sample of flour with a defined quantity of water until a target consistency is reached (generally 500 farinographic units).
The farinograph then records the resistance of the dough to the rotation of the mixing arms.

The parameters measured include:

• Water absorption (%) : amount of water required to achieve standard consistency.
• Development time (min) : time required to obtain the most homogeneous dough.
• Stability (min) : the duration during which the dough maintains its optimal consistency.
• Degree of softening (UF) : loss of consistency after a given time.

Applications and interpretation of results

Farinograph analysis is a key analysis for:

• The characterization of bread flours ,
• Adjusting the formulations (adding gluten, enzymes, technological additives),
• Quality control in milling, industrial baking, or animal nutrition,
• Varietal selection of cereals, particularly for agronomic research.

The results allow us to determine the protein content , baking strength , and kneading tolerance of the flours. They also help predict the flour's performance in cooking, extrusion, or fermentation processes.

Matrices involved

• Soft or durum wheat flours,
• Bread mixes,
• Processed cereal products,
• Legume flours or alternatives,
• Functional ingredients enriched with fiber or protein.

Related analyses

For a complete evaluation of the rheological and technological behavior of flours, YesWeLab recommends combining this test with:

• Alveograph dosing to measure the elasticity and tenacity of the paste,
• Analysis of powder cohesion to characterize the handleability of ingredients,
• Laser particle size analysis to determine the size of flour particles,
• Vacuum humidity measurement to control the water content of raw materials,
• Study of starch gelatinization to understand the thermal behavior of cereal products.

YesWeLab's expertise

YesWeLab provides access to its network of ISO 17025 and COFRAC accredited partner laboratories , specializing in rheological and technological analyses of cereal products .
Our experts support stakeholders in the agri-food, nutraceutical, and animal sectors in the characterization of flours, pastas, and cereal formulations , according to current international standards.

Thanks to the YesWeLab digital platform , you can:

• Order your analyses directly online,
• Track your samples in real time,
• Access your product performance reports and data.