EDTA 4Na

Sodium EDTA (Tetrasodium EDTA) or ethylene diamine tetraacetic acid with chemical formula is a colorless substance or white powder and soluble in water. It is used as a chelating compound to remove metal poisoning, anti-corrosion agent and water purification. Tetrasodium EDTA is prepared from the reaction of ethylenediamine, formaldehyde and sodium cyanide. To know the price and purchase of this product, contact the phone numbers of Maham Tejarat Paidar company.

Description

What is EDTA 4Na?

Ethylenediaminetetraacetic acid or EDTA 4Na is one of the most widely used and consumed substances in various industries, which is found in both 2-sodium and 4-sodium forms. The most common use of EDTA 4 Sodium is in medical and industrial purposes. Due to its unique properties, the use of this substance is increasing day by day. In fact, this substance is an amino polycarboxylic acid that is solid, colorless, highly soluble in water, and used in many compounds as a calcium and iron ion separator. This substance acts as a chelating agent, used as a metal ion reducer and separator in some care products. The main application of EDTA 4 Sodium is to deactivate mineral ions by binding to them.

What are the uses of EDTA 4Na?

EDTA 4 Sodium or Tetrasodium ethylenediaminetetraacetic acid salt is a versatile chelating agent with various applications in different industries. Some common uses of EDTA-4Na are listed below

Textile: Water used in textile processing often contains metal ions that can interfere with dyes and other chemicals used in the process. EDTA 4 Sodium is added to textile processing water to separate metal ions and prevent their negative effects on dyeing processes and finishing. The performance of this product leads to more stable results in textile dyeing processes. It also helps increase the lifespan of textile materials by preventing catalytic action of metal ions and maintaining the quality of dyed fabrics.

Water Treatment:

In water treatment, EDTA-4Na helps control water hardness and prevent scale formation. This chemical compound is added to water treatment formulations to deactivate calcium and magnesium ions and reduce water hardness. Its performance minimizes scale buildup in pipes and equipment.

Paper:

One negative effect of metal ions present in water is reduced efficiency in paper bleaching processes and changes in paper pulp color. EDTA 4 Sodium reduces the impact of hydrogen sulfide and hydrogen peroxide bleaches needed for papermaking industry water, helping achieve brighter white paper results. Detergents: This chemical compound acts as a versatile chelating agent, bringing multiple benefits to detergent formulations. It binds with metal ions like calcium and magnesium, preventing their interference with detergent cleaning performance. This function improves overall detergent performance by maintaining stability of surfactants and other active ingredients in formulations, leading to more effective cleaning results that are compatible with various surfaces.

Medical:

This chemical compound serves as a preservative in specific pharmaceutical formulations It helps prevent drug degradation caused by the presence of metal ions It can also be used for treating heavy metal poisoning by forming stable complexes with toxic metal ions like lead, mercury, cadmium, and arsenic, facilitating their removal from the body
EDTA 4 Sodium may be included in some eye solutions or eye drops.
Its ability to bind harmful metal ions that could be detrimental to eye health helps improve its quality.

Agriculture:

This product is commonly used as a chelating agent in micronutrient fertilizers, helping improve access to essential micronutrients like iron, zinc, manganese, copper, and nickel for plants. Chelated micronutrients are more stable and easily absorbed by plant roots. The properties of EDTA 4 Sodium make it useful in soilless cultivation systems like hydroponics
and aquaponics. It can also be used for soil remediation in areas contaminated with heavy metals,forming soluble complexes with heavy metal ionsband facilitating their removal from soil through washing or other processes.

Production Method

Ferdinand Münz first synthesized edta4na from the reaction between ethylenediamine and chloroacetic acid. Today, the reaction between industrial ethylenediamine, formaldehyde, and sodium cyanide leads to the production of sodium salt,

purchase EDTA 4Na

. maham tejarat paidar Company, relying on commercial knowledge and market understanding of chemical supply, has been able to become a trusted supplier to dear manufacturers in a short period of time. You can purchase the highest quality EDTA 4 sodium through the maham tejarat paidar supply chain as soon as possible.

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