1,6-Cleve's Acid

1,6-Cleve's Acid

CAS No.119-79-9
FormulaC10H9NO3S
EINECS204-351-2
Molecular Weight223.25 g/mol
AppearanceGray Red Powder
ApplicationIntermediate for dyestuffs
Density1.50 g/cm3
Purity≥94%–97%
PackingN/A
Synonym
  • 1-Aminonaphthalene-6-sulfonic Acid

1,6-Cleve's Acid MSDS (Material Safety Data Sheet) or SDS, COA and Specs

Description:

1,6-Cleve's Acid Maker & Exporter in India

1,6-Cleve's Acid is a highly specialized sulfonic dye intermediate utilized to manufacture high-performance dyes. Apurva Chemicals is a REACH conforming 1,6-Cleve's Acid supplier in India that serves global markets by providing high-quality, reliable industrial-grade intermediates.

We have many years of experience in the chemical industry of dyes, and we have a reputation as a reputable producer in India, providing solutions to clients in Germany, the USA, and other important chemical exporting countries.


What's the name of 1,6-Cleve's Acid?

1.6-Cleave S Acid is a sulfonated aromatic compound used to manufacture reactive direct, indirect, or acid dyes. It increases solubility and enhances bonds between dyes and fibers, specifically for synthetic and cellulosic materials.

  • Chemical Category: Sulfonic Acid Dye Intermediate
  • Form: Powder
  • Purity: >98% (industrial grade)
  • CAS 119-79-9
  • Packaging: 25 kg / 50 kg HDPE drums
  • Color: Off-white to light beige (may differ slightly depending on the batch)


Uses of 1,6-Cleve's Acid in Dye Manufacturing

as a fundamental element in the creation of dyes, 1,6-Cleve's Acid is utilized in the following ways:

  • Reactive dye production
  • Direct dye formulations
  • Bright and vibrant color dyes
  • Enhancing the water solubility dyes
  • Enhancing resistance to the effects of light, washing, and other chemicals

The compound is popular for its ability to withstand alkaline conditions and compatibility with other intermediates in intricate dye structures. 1,6-Cleve's Acid, used in dyes, enhances N-Phenyl J Acid for bright shades.


Why Choose Apurva Chemicals?

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