Home / Products/ Ethylenedinitrilo Tetraacetic Acid (EDTA)
Ethylenedinitrilo Tetraacetic Acid (EDTA)
Product Specification
SYNONYMS
MOLECULAR WEIGHT
CAS NUMBER
CHEMICAL FORMULA
HS CODE
DENSITY
MELTING POINT
BOILING POINT
VISCOSITY
SHELF LIFE
TYPICAL PROPERTIES
APPEARANCE
Packaging Type
C10H16N2O8
bags
Chemical Name
Industry
Application of Ethylenedinitrilo Tetraacetic Acid (EDTA)
- Chelating Agent: EDTA is commonly used as a chelating agent to bind and sequester metal ions, preventing their interference in various industrial processes.
- Metal Detoxification: EDTA is employed in medical treatments and environmental remediation to remove heavy metals from the body or contaminated soil and water.
- Food Preservative: EDTA is added to certain foods and beverages to prevent discoloration and maintain freshness by chelating metal ions that catalyze oxidation reactions.
- Textile Industry: EDTA is used in the textile industry to remove metal ions from process water, preventing precipitation and improving dyeing and finishing processes.
About Product
Ethylenedinitrilo Tetraacetic Acid (EDTA) is a white, water-soluble solid, often used as a chelating agent. Known for its ability to bind to metal ions, EDTA plays a critical role in preventing unwanted reactions between metals and other compounds. This makes it indispensable in formulations where maintaining chemical stability is essential. EDTA is widely recognized for its ability to sequester metal ions, ensuring that they do not interfere with the performance of the overall formulation. EDTA manufacturers prioritize the purity and stability of the compound during production. The manufacturing process focuses on achieving a high level of consistency, as even minor variations can impact EDTA’s effectiveness as a chelating agent. By ensuring the compound is free of contaminants and maintaining strict quality control, manufacturers deliver a product that meets the highest standards for use in a variety of sectors. In recent years, EDTA manufacturers have increasingly adopted sustainable practices in response to growing environmental concerns. Many are now focusing on reducing waste and using eco-friendly processes during production. These efforts align with the broader movement within the chemical industry toward sustainability, ensuring that EDTA is produced in a way that minimizes its environmental footprint without compromising its effectiveness. EDTA’s versatility lies in its ability to stabilize metal ions, preventing them from engaging in reactions that could affect the formulation’s integrity. Manufacturers ensure that this chelating ability remains intact throughout the product’s shelf life. Stability is critical to its performance, making it a reliable choice for industries that require precise control over metal ion interactions. The precision and care with which EDTA is manufactured contribute to its effectiveness as a key ingredient in various chemical processes. High purity is essential to ensure that the compound performs as expected, and manufacturers go to great lengths to ensure that EDTA is produced with minimal environmental impact while still meeting the rigorous standards required by various industries.
Features of Ethylenedinitrilo Tetraacetic Acid (EDTA)
- Efficient Chelating Agent: Prevents metal interference in formulations.
- High Purity and Consistency: Ensures performance across different industries.
- Sustainable Manufacturing: Focus on reducing waste and eco-friendly processes.
- Broad Applicability: Used in food, industrial, and cosmetic products.
- Reliable Stability: Maintains performance over long shelf life.
Product Specification
SYNONYMS
MOLECULAR WEIGHT
CAS NUMBER
CHEMICAL FORMULA
HS CODE
DENSITY
MELTING POINT
BOILING POINT
VISCOSITY
SHELF LIFE
TYPICAL PROPERTIES
APPEARANCE
Packaging Type
C10H16N2O8
bags
Chemical Name
Industry
Application of Ethylenedinitrilo Tetraacetic Acid (EDTA)
- Chelating Agent: EDTA is commonly used as a chelating agent to bind and sequester metal ions, preventing their interference in various industrial processes.
- Metal Detoxification: EDTA is employed in medical treatments and environmental remediation to remove heavy metals from the body or contaminated soil and water.
- Food Preservative: EDTA is added to certain foods and beverages to prevent discoloration and maintain freshness by chelating metal ions that catalyze oxidation reactions.
- Textile Industry: EDTA is used in the textile industry to remove metal ions from process water, preventing precipitation and improving dyeing and finishing processes.
About Product
Ethylenedinitrilo Tetraacetic Acid (EDTA) is a white, water-soluble solid, often used as a chelating agent. Known for its ability to bind to metal ions, EDTA plays a critical role in preventing unwanted reactions between metals and other compounds. This makes it indispensable in formulations where maintaining chemical stability is essential. EDTA is widely recognized for its ability to sequester metal ions, ensuring that they do not interfere with the performance of the overall formulation. EDTA manufacturers prioritize the purity and stability of the compound during production. The manufacturing process focuses on achieving a high level of consistency, as even minor variations can impact EDTA’s effectiveness as a chelating agent. By ensuring the compound is free of contaminants and maintaining strict quality control, manufacturers deliver a product that meets the highest standards for use in a variety of sectors. In recent years, EDTA manufacturers have increasingly adopted sustainable practices in response to growing environmental concerns. Many are now focusing on reducing waste and using eco-friendly processes during production. These efforts align with the broader movement within the chemical industry toward sustainability, ensuring that EDTA is produced in a way that minimizes its environmental footprint without compromising its effectiveness. EDTA’s versatility lies in its ability to stabilize metal ions, preventing them from engaging in reactions that could affect the formulation’s integrity. Manufacturers ensure that this chelating ability remains intact throughout the product’s shelf life. Stability is critical to its performance, making it a reliable choice for industries that require precise control over metal ion interactions. The precision and care with which EDTA is manufactured contribute to its effectiveness as a key ingredient in various chemical processes. High purity is essential to ensure that the compound performs as expected, and manufacturers go to great lengths to ensure that EDTA is produced with minimal environmental impact while still meeting the rigorous standards required by various industries.
Features of Ethylenedinitrilo Tetraacetic Acid (EDTA)
- Efficient Chelating Agent: Prevents metal interference in formulations.
- High Purity and Consistency: Ensures performance across different industries.
- Sustainable Manufacturing: Focus on reducing waste and eco-friendly processes.
- Broad Applicability: Used in food, industrial, and cosmetic products.
- Reliable Stability: Maintains performance over long shelf life.
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Product FAQs
How does EDTA work as a chelating agent?
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Can EDTA be used to treat heavy metal poisoning?
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What are the environmental effects of EDTA?
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Is EDTA biodegradable?
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What are the alternatives to EDTA in industrial applications?
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