Why manufacturers rely on this plant-derived chelator for large-batch formulations
Extracted mainly from rice bran or corn, this compound has moved far beyond niche use and become a versatile raw material across cosmetic, food and chemical manufacturing. The 1 kg pack size is designed for formulators and production facilities that need a reliable, ongoing supply rather than frequent small purchases. It naturally belongs to the Acids, Salts, Alcohols, and Alkalis category, which brings together reagents with similar functional roles in industrial recipes.
The primary function of this substance is binding metal ions such as iron, copper and calcium, which trigger oxidation and reduce the stability of finished products. That is why it is widely used in skincare manufacturing as an ingredient in brightening and antioxidant serums, emulsions and toners, as well as in formulations aimed at uneven skin tone where controlling oxidative reactions matters. In the food industry, it functions as a preservative and stabilizer that extends the shelf life of oils, sauces and semi-finished products by capturing trace metals responsible for rancidity. In chemical and household manufacturing, the compound is valued as a component of descaling and water-softening products, while the textile industry uses it to prevent rust staining during fabric processing.
Compatibility of this raw material is broad: it pairs well with other organic acids and antioxidants, particularly with Glycyrrhizic acid, which reinforces the soothing effect in formulas for reactive skin. In brightening formulations it is often combined with Kojic Acid, producing a synergistic effect on pigmentation. For oil-phase emulsions, a convenient partner is Oleic Acid, which supports texture softness and emulsion stability.
The ingredient is typically introduced into the water phase during the cooling stage, below 40 degrees Celsius, to avoid degrading active compounds under heat. Recommended dosage in cosmetic formulations usually ranges between 0.1 and 2 percent of total batch weight, while proportions in food and technical formulas are determined by the technologist depending on the specific application. When working with the concentrated raw material, it is advisable to prepare a working solution of the required concentration in advance to ensure even distribution throughout the batch. Store the material in a tightly sealed container, in a dry area away from direct sunlight, at room temperature, avoiding contact with metal utensils that may react prematurely with the active compound.
This 1 kg pack size fits small manufacturing units, quality control laboratories and production lines that need a steady raw material reserve without the risk of degradation during long storage of smaller portions.
Stabilizing facial essence for oxidative protection
Distilled water 88 ml
Phytic acid 1 g
Glycerin 5 ml
Panthenol 3 g
Preservative 1 ml
Warm
the water to 35-40 degrees Celsius and dissolve the phytic acid into it while
stirring continuously until fully dissolved. Add the glycerin and panthenol,
mix until uniform, then incorporate the preservative once the temperature drops
below 35 degrees. Transfer the finished essence into a dark glass bottle with a
pump dispenser and let it rest for 24 hours before first use.