Ethylenediaminetetraacetic Acid

EDTA / 乙二胺四乙酸

Detergent & Cleaning, Water Treatment, Textile & Leather ChemicalsCAS 60-00-4White crystalline powder

Product overview

Ethylenediaminetetraacetic Acid (EDTA) is a broad-spectrum aminopolycarboxylate chelating agent used to bind polyvalent metal ions in cleaning, water-treatment, textile and metal-processing systems. Buyers should distinguish the free acid from its more water-soluble disodium and tetrasodium salts and define assay, pH, solubility, particle size and application conditions.

Function & Usage

  • Build Detergency & Remove Soil

    Supports wetting, detergency, grease removal, foam or soil suspension in suitable cleaning formulations. Typical uses: Industrial cleaning, Metal ion sequestration, Water treatment formulations.

  • Chelate Metals & Soften Water

    Chelates or sequesters metal ions to support water softening, detergency and process stability. Typical uses: Industrial cleaning, Metal ion sequestration, Water treatment formulations.

Product information

Primary category:
Detergent & Cleaning, Water Treatment, Textile & Leather Chemicals
Subcategory:
Chelating Agents
CAS No.:
60-00-4
Form:
White crystalline powder
Content / Grade:
Industrial / technical grade; assay ≥99.0%
Applications:
Industrial cleaning, Metal ion sequestration, Water treatment formulations, Textile processing, Metal treatment and surface preparation
Hazard / Transport:
Dust may cause serious eye irritation and respiratory discomfort. Commercial solid grades are not commonly regulated as dangerous goods, but environmental release should be avoided; confirm the current grade-specific SDS and destination requirements.
Storage:
Keep tightly sealed in a cool, dry and well-ventilated place. Protect from moisture, heat, strong oxidizers, strong bases and contamination.

Safety note

Confirm technical and safety data before ordering

Website information supports initial product discovery. Final specifications, hazard classification, transport conditions and storage requirements must be confirmed by the latest grade-specific SDS, COA and destination-market regulations.