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Beta Naphthol

Beta Naphthol Specification

Grade
Industrial

Melting Point
122C

Application
Dyestuff intermediates chemical synthesis

Strength
High-performance

Shape
Crystalline powder

Structural Formula
C10H8O

Poisonous
Non-toxic under proper usage

Resistance
Chemical-resistant

Other Names
Beta Hydroxy Naphthalene

Solubility
Insoluble in water soluble in organic solvents

Smell
Odorless

Water Resistance
Resistant under specific conditions

Purity
99%

HS Code
29071990

Molecular Formula
C10H8O

Density
1.28 Gram per cubic centimeter(g/cm3)

Ph Level
Neutral

CAS No
135-19-3

Type
Chemical compound

Usage
Manufacture of pigments and dyes

EINECS No
205-182-7

Physical Form
Powder

About Beta Naphthol

Assisted by a hardworking team and modern manufacturing set up, our firm is affianced in providing supreme quality Beta Naphthol. This chemical is available in white or yellowish crystal form with a phenolic odor. It is ideal to be used in drugs, dyes, perfumes and insecticides. Also, our provided Beta Naphthol has 1.182 g/cm3 density, 120-122 degree C melting point and 285.499 degrees C boiling point.

Technical specifications:

Flash Point: 144.002 °C
Very slightly soluble in water
Formula: C10H8O

Key Features and Specifications

Beta Naphthol stands out for its high purity (99%) and remarkable chemical resistance. With a density of 1.28 g/cm and a neutral pH, it maintains a stable crystalline form. The compound melts at 122C and is odorless, ensuring ease of handling. Its water resistance, coupled with insolubility in water and solubility in organic solvents, makes it highly versatile for a range of industrial processes.

Versatile Industrial Applications

This compound is primarily used as an intermediate in the synthesis of dyes and pigments, pivotal for producing vibrant and long-lasting colors. Its chemical resistance and compatibility with various organic solvents expand its use to advanced chemical processes and specialty manufacturing areas. Industries rely on Beta Naphthol for consistent quality and performance.

Safe Handling and Compliance

Beta Naphthol is non-toxic when utilized under standard industrial procedures. Its essential to follow recommended safety protocols and use protective equipment during processing. As a chemically stable and reliable compound, it adheres to important safety and quality guidelines, holding an HS code of 29071990 and being EINECS-listed (205-182-7).

FAQs of Beta Naphthol:

Q: How is Beta Naphthol commonly used in industrial applications?

A: Beta Naphthol serves primarily as an intermediate in the chemical synthesis of pigments and dyes. Its properties make it ideal for producing a wide variety of colorants used in textiles, inks, and plastics.

Q: What is the process for handling and storing Beta Naphthol safely?

A: Although non-toxic when handled properly, Beta Naphthol should be managed in well-ventilated environments while wearing suitable protective clothing. Store it in a cool, dry place, away from incompatible substances, to maintain its stability and performance.

Q: When is Beta Naphthol preferred over other dyestuff intermediates?

A: It is selected for applications requiring high-performance, cost-effective pigment synthesis, where chemical and water resistance are crucial and where high purity (99%) is necessary to ensure quality final products.

Q: Where can Beta Naphthol be sourced for industrial use?

A: Beta Naphthol is supplied by reputable distributors, manufacturers, exporters, suppliers, and traders throughout India, supporting both bulk and specialty orders for industrial needs.

Q: What benefits does Beta Naphthol offer compared to alternative compounds?

A: Featuring high purity, excellent chemical resistance, and water resistance under specified conditions, Beta Naphthol ensures reliable, long-lasting performance in chemical synthesis and manufacturing processes.

Q: How is Beta Naphthols solubility significant for its usage?

A: Beta Naphthol is insoluble in water but readily dissolves in various organic solvents. This property is essential for its application in dye manufacturing, as it integrates well with organic reactants while remaining stable in aqueous environments.

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