Disodium EDTA – Skincare Chelating Agent

Disodium EDTA is a versatile chelating agent widely used in skincare formulations. This white, water-soluble solid helps maintain product stability by binding to metal ions such as calcium, iron, and magnesium. By doing so, it prevents deterioration, preserves consistency, texture, and pH, and enhances the performance of cleansers and foaming products. Disodium EDTA is an essential ingredient for creating long-lasting, effective skincare solutions.

Usage Rate and Solubility

The recommended usage rate in cosmetic formulations ranges from 0.1% to 0.5%. Being highly water-soluble, Disodium EDTA easily integrates into aqueous skincare products, providing flexibility for various formulations while preventing metal ion-related degradation.

Appearance and INCI Name

Disodium EDTA appears as a white, crystalline solid. Its INCI name is Disodium Ethylenediaminetetraacetate, reflecting its chelating properties and suitability for cosmetic applications.

Skin Compatibility

Disodium EDTA has a low comedogenic rating, making it gentle and suitable for all skin types, including dry, oily, and combination skin. Its inclusion in formulations ensures products remain pore-friendly and maintain the skin’s natural balance.

pH Stability

This ingredient is stable across a wide pH range, allowing your formulations to maintain consistency and effectiveness without requiring special pH adjustments. It adapts seamlessly to diverse cosmetic environments, ensuring reliable performance in every product.

Incorporate Disodium EDTA from Organicsbyjumira into your skincare creations to elevate product quality and formulation longevity. Our high-grade Disodium EDTA supports innovative, safe, and effective cosmetic solutions while preserving the integrity of your products.

Disclaimer: Disodium EDTA is generally recognized as safe for cosmetic use. Always conduct thorough testing in your formulations, as skin reactions may vary. Consultation with a cosmetic chemist or dermatologist is recommended for optimal results.