Format:
5 kg bag
25 kg bag
Harinas Polo’s Toasted Wheat Flour: Functional Innovation and Organoleptic Potential in the Food Industry.
In the competitive food formulation sector, developing complex sensory profiles and simplifying ingredient lists (clean label) are two key pillars of commercial success. Against this backdrop, Harinas Polo’s Toasted Wheat Flour stands out as a highly versatile and efficient specialty ingredient. Produced through a controlled heat treatment applied to whole, sound, and dry wheat grains, this raw material is milled after being toasted under optimal technical conditions and is completely free of additives.
Through precision industrial roasting, the cereal undergoes physical and biochemical changes that multiply its technological applications, acting as a powerful modifier of flavor, color, texture, and shelf life for a wide variety of bakery matrices.
Physical Transformation and Technological Properties.
The industrial roasting and milling process imparts a series of physical and chemical attributes to this flour that optimize its performance on automated production lines:
Modification of Texture and Crumb Structure: Its inclusion in technical bread-making processes directly results in a more uniform crumb with better aeration. Furthermore, its structural action prevents the crust from flaking off the finished loaves.
Stability and Low-Moisture Hygrodynamics: Heat treatment reduces the flour's residual moisture to a range of 4.5% – 8.0%. This drastic reduction in free water helps prevent sogginess caused by excess moisture in the baked product and significantly retards staling, thereby extending shelf life.
Strict Granulometric Control: Subjected to rigorous industrial sieving, the flour registers a 0% particles larger than 425 microns. This fineness guarantees optimal dry fluidity and instant homogeneous dispersion in the dough
Clean Color and Aroma Profile: Naturally yields a light beige-brown hue. It naturally enhances the characteristic aroma and flavor of baked cereal while remaining completely free of off-odors or off-flavors.
Complete Official Nutritional Information (100g).
| Component Analytical | Average value per 100g | Functionality and Industrial Impact |
| Carbohydrates | 69.50 g | Primary energy source; thermally pre-gelatinized starches. |
| Of which sugars | 1.0 g | Minimal fraction; natural sugars modified by roasting. |
| Proteins | 12.50 g | Contribution of native amino acids from the grain (physicochemical range of 9%–13%). |
| Fats | 2.14 g | Cereal lipids (1.5%–2.5% total fat content) that bind aromas. |
| Saturated | 0.60 g | Healthy lipid profile with minimal saturated fat intake. |
| Dietary Fiber / Total | 7.00 g | Regulatory fraction (Total dietary fiber range of 7%–10%). |
| Ashes | 1.46 g | Essential minerals remaining from the grain (Maximum limit <2%). |
| Water (Analytical moisture) | 7.40 g | Minimum water concentration; boosts dry matter yield. |
| Salt / Sodium Equivalent | 27.5 mg / 11.0 mg | Minimum levels of sodium naturally present in the cereal, with no added sodium chloride. |
| ENERGY VALUE | 361 kcal / 1529 KJ | Clean energy density for balanced nutritional claims. |
1. Batters and Fine Pastry (Sponge Cakes, Cupcakes, and Muffins):
Toasted wheat flour is classified as an intermediate product for human consumption that requires further processing and offers strategic solutions with highly precise application dosages:
General Flavor and Aroma Enhancer for Baking:
Dosage: 300 to 500 g per 100 Kg of base flour.
Effect: In standard baking lines, it acts as a subtle organoleptic modifier, rounding out the cereal flavor and counteracting the blandness of overly refined flours, without altering the color of the white crumb.
High-end Special Preparations (Cabattas, Rustics and Loaves):
Dosage: 1000 to 3000 g per 100 Kg of base flour.
Effect: Particularly suitable for ciabatta, rustic breads, traditional loaves, whole-grain breads, and high-fiber products. At these maximum dosage levels, it is used strategically to achieve a natural ochre color, drastically delay crumb staling, and combat excess internal moisture during the cooling process.
Industrial Dry Breads, Breadsticks, and Grissini:
Dosage: 2000 g per 100 Kg of base flour.
Effect: In the automated manufacturing of breadsticks and breadsticks, toasted flour accelerates the characteristic crunchiness and prevents the product from absorbing post-baking ambient moisture (slumping), maintaining its brittle texture for much longer in the package.
Staling (specifically the loss of crispness) is the phenomenon whereby dry bakery products absorb ambient moisture or undergo internal moisture migration, losing their crunch and becoming rubbery. Toasted wheat flour has an extremely low native moisture content (4.5% – 8.0%) due to industrial heat treatment. When included in the formulation—particularly at the recommended dosage of 2000g per 100 kg for breadsticks—the flour's pre-gelatinized starches act as highly avid, dehydrated molecular sponges. They bind free water within the dough so vigorously during baking that they prevent the finished product from absorbing ambient moisture after packaging, thereby preserving its characteristic dry, crisp snap for a much longer period.
Inactivate the enzymes responsible for rancidity: Dramatically prolonging the useful life (commercial life) of flour and the products made with it.
Ensuring organoleptic stability: Maintains a smooth, sweet flavor with very pleasant toasted notes over time, without flavor alterations.
Food safety: Reduces the initial microbiological load of the whole grain, offering a safer and more stable ingredient for industrial formulations.
The flaking or detachment of the outer crust layer commonly occurs in rustic breads due to uneven thermal contraction stresses between the crumb and the surface during cooling. The proteins in Toasted Wheat Flour undergo partial thermal denaturation within the roasting drum. When incorporated into specialty formulations (at dosages of 1 to 3 kg), these modified proteins make the base gluten network more flexible, imparting greater plastic elasticity to the dough. This reduces the glassy rigidity of the baked crust, allowing the bread's surface to "breathe" and contract in harmony with the inner crumb, thereby eliminating the fractures that cause flaking.
