Barley Dietary Fiber Powder

For R&D food scientists, adding fiber often ruins dough rheology or creates a gritty mouthfeel. Our ultrafine barley fiber is engineered to solve these exact physical processing challenges:

Advanced Ultrafine Pulverization:

By milling the bran down to micrometer-level particle sizes, we fundamentally alter its physical properties. This micronization process releases trapped soluble fibers (like β-glucan), dramatically improving the powder's hydration rate and eliminating the "sandy" texture typical of standard bran isolates.

Superior Rheological Enhancement:

When integrated into dough or batter, our fiber acts as a natural hydrocolloid. It binds excess moisture, improving dough toughness and elasticity, while significantly delaying starch retrogradation (staling) to extend the shelf life of commercial baked goods.

High β-Glucan Standardization:

Unlike generic wheat or oat fibers, our waxy barley extract is naturally predisposed to higher levels of β-glucan, allowing formulators to hit EFSA and FDA-approved heart-health label claims with lower overall dosage rates.

Industrial Bakery & Pasta:

Added to breads, biscuits, and noodles to fortify fiber content. Its high water-holding capacity improves dough elasticity and extends shelf life by preventing rapid moisture loss.

Meal Replacements & RTD Shakes:

Acts as an excellent thickening and stabilizing agent. It provides smooth, grit-free viscosity while delivering the "seventh nutrient" essential for daily dietary gaps.

Clinical Nutraceuticals:

Encapsulated or pressed into tablets for targeted cholesterol management and gut microbiome rehabilitation protocols.

Meat Simulants (Plant-Based Meat):

Utilized as a natural binder and texturizer to improve the bite and juiciness of vegan patties and sausages.

Our extraction methodology guarantees the retention of bioactives while maximizing physical functionality in your mixing tanks:

Raw Material Selection:

We strictly source waxy naked barley varieties known for naturally high β-glucan yields, ensuring compliance with global pesticide residue limits.

De-hulling & Bran Separation:

Mechanical peeling precisely separates the nutrient-dense bran from the endosperm.

High-Pressure Ultrafine Pulverization (Jet Milling):

The separated bran undergoes intense micronization. This extreme reduction in particle size fractures the insoluble cell walls, dramatically increasing the ratio of bioavailable soluble fibers.

Sterilization & Sifting:

The ultra-fine powder is subjected to strict microbiological sterilization to ensure TPC ≤ 10,000 CFU/g, followed by precision sieving to guarantee uniform 200-mesh consistency.