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Basic Chemical Dyes

Basic Chemical Dyes Specification

Resistance
Good resistance to temperature and solvents

Molecular Formula
Variable based on dye composition

Purity
Typically high for industrial use

Water Resistance
Good

Strength
High color strength

Poisonous
Non-poisonous

Structural Formula
Dependent on dye composition

Application
Textile paper leather and industrial dyeing purposes

Smell
Odorless

HS Code
320413

Density
Gram per cubic centimeter(g/cm3)

Grade
Industrial grade

Taste
Tasteless

Rubbing Resistance
Excellent

Solvent Color
Varied depending on dye

Solubility
Soluble in appropriate solvents

Ph Level
Neutral to acidic

Moisture (%)
Variable

Other Names
Pigment dyes synthetic dyes

Shape
Fine powdered form

Type
Synthetic chemical dyes

Usage
Used in dyeing and coloring applications for industrial and commercial purposes

Physical Form
Powder

About Basic Chemical Dyes

We feel proud to introduce as one of the renowned manufacturers & suppliers of the Basic Dyes in the market. These dyes are highly recognized among clients due to their great tinctorial strength, brightness and relatively economical. Also, our provided dyes are known for their high acid content, colored backwaters and poor shade stability. In addition, these Basic Dyes have great shade stability.

Technical specifications:

Also known as methylene blue
Empirical formula: C16H18N3SCl
Formula weight: 319.9

High-Performance Industrial Dye Solutions

Specializing in the supply and export of basic chemical dyes, we provide products engineered for maximum performance across multiple industries. Our dyes offer high purity and excellent solubility, ensuring consistent results in textile, paper, and leather applications. Their resilience to water, temperature, and solvents makes them a secure choice for large-scale operations.

Versatile Applications and Outstanding Resistance

Whether for textiles, paper, or leather dyeing, these synthetic powder dyes adapt to various processes. Their notable resistance to water, heat, rubbing, and most solvents ensures long-lasting, vibrant color. This durability reduces the frequency of reapplication, saving time and effort in industrial workflows.

FAQs of Basic Chemical Dyes:

Q: How are Basic Chemical Dyes typically used in industrial settings?

A: Basic Chemical Dyes are primarily used for coloring textiles, paper, leather, and other materials in industrial and commercial environments. They are dissolved in suitable solvents and applied through dye baths, printing, or coating procedures depending on the application and desired color fastness.

Q: What benefits do Basic Chemical Dyes offer compared to natural dyes?

A: Compared to natural dyes, Basic Chemical Dyes deliver higher color strength, consistent quality, and superior resistance to water, temperature, rubbing, and solvents. Their synthetic nature allows for a broader range of color options and ensures reliability in large-scale industrial processes.

Q: When should these dyes be used during the manufacturing process?

A: These dyes are best introduced during the designated dyeing or coloring phase after initial material processing, cleaning, or preparation. Their excellent solubility and compatibility with a range of fibers and substrates make them suitable at both the initial and intermediate stages of manufacturing.

Q: Where can Basic Chemical Dyes be applied besides textiles?

A: Apart from textiles, Basic Chemical Dyes can be effectively utilized in dyeing paper, leather, and certain industrial materials. Due to their versatility and strong affinity for various substrates, they are common in commercial coloring applications requiring durability and resistance.

Q: What safety considerations apply to these dyes?

A: While Basic Chemical Dyes are non-poisonous and considered safe for industrial handling, standard safety practices should be followed, such as using protective equipment to prevent inhalation or skin contact with powder forms. Material data sheets provide guidance tailored to specific dye types.

Q: How does resistance to water and solvents benefit industrial dye users?

A: Good water and solvent resistance means that colored materials retain their appearance and performance even when exposed to moisture or chemical agents, ensuring longevity and reducing maintenance or redyeing efforts in end-use environments.

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