Solvent Dye Solutions

Solvent Soluble Dyes are high-quality organic colorants that dissolve completely in organic solvents, oils, and waxes. They are specially designed to deliver bright, transparent, and uniform colours without affecting the clarity or performance of the base material.

Key Features

Excellent Solubility: Easily dissolves in common organic solvents

High Colour Strength: Strong tinting power with low dosage

Clear & Transparent Shades: Ideal for glossy and clear finishes

Good Light & Heat Stability: Suitable for industrial processing

Smooth Dispersion: No sedimentation or streaking

Applications
✔ Wood polish, varnish & lacquer
✔ Printing inks & gravure inks
✔ Paints, coatings & enamels
✔ Plastics & polymers
✔ Oils, fuels & lubricants
✔ Waxes, candles & shoe polish
✔ Leather finishing products

Solvent Dyes are organic colorants designed to dissolve completely in organic solvents rather than water. They provide bright, transparent, and uniform colours and are widely used where clarity and colour strength are essential.

Key Characteristics

Excellent Solubility: Fully soluble in hydrocarbons, alcohols, esters, ketones, oils, and waxes

High Colour Strength: Strong tinting power with low dosage

Transparent Shades: Ideal for clear and glossy finishes

Good Light & Heat Stability: Suitable for industrial applications

Non-Ionic Nature: Does not react with substrates or binders

Common Applications
✔ Wood polish, varnish & lacquer
✔ Printing inks & inkjet inks
✔ Plastics & polymer colouring
✔ Fuels, lubricants & oils
✔ Waxes, candles & shoe polish
✔ Leather finishing & coatings
✔ Grease and specialty coatings

• Polymer soluble dyes, or solvent dyes, are specialized colorants that dissolve completely at the molecular level into plastic matrices, providing superior, uniform, and streak-free coloration compared to pigments. They are ideal for transparent plastics, offering high brilliance, thermal stability, and excellent migration resistance in engineering plastics like PET, PS, and PVC.

• Key Aspects of Polymer Soluble Dye Distribution

• Mechanism: Unlike insoluble pigments, these dyes dissolve into the polymer matrix during processing, creating a true solution.

• Benefits: This results in high color strength (high color yield), transparency, and zero streaking.
• Applications: Widely used in engineering plastics

Solvent dyes are a type of dye that are soluble in organic solvents, rather than in water. They are often used for coloring materials like plastics, oils, fats, and waxes, as well as synthetic fibers and other non-water-soluble substances. These dyes dissolve in a variety of organic solvents such as alcohols, hydrocarbons, and acetone, giving them the ability to color materials that cannot be effectively dyed with water-soluble dyes.
Here are some key features of solvent dyes:
Solubility: They dissolve in organic solvents, allowing them to be used for non-water-based applications.
Vibrant Colors: Solvent dyes typically produce very bright, intense colors, which is why they are often used for high-quality, vivid colorants.
Applications: Commonly used in coloring plastics, rubber, oils, inks, fuels, and certain synthetic fibers.
Transparency: Some solvent dyes can be transparent and are often used for coloring transparent materials.
Heat and Light Resistance: Many solvent dyes have good resistance to light and heat, although this can vary based on the specific dye.
Because of their wide range of applications and ability to work with non-aqueous systems, solvent dyes are critical in industries such as automotive, plastics, and printing.
Let me know if you want more details on their specific uses or properties!

Solvent Dyes are organic colorants designed to dissolve completely in organic solvents rather than water. They provide bright, transparent, and uniform colours and are widely used where clarity and colour strength are essential.

Key Characteristics

Excellent Solubility: Fully soluble in hydrocarbons, alcohols, esters, ketones, oils, and waxes

High Colour Strength: Strong tinting power with low dosage

Transparent Shades: Ideal for clear and glossy finishes

Good Light & Heat Stability: Suitable for industrial applications

Non-Ionic Nature: Does not react with substrates or binders

Common Applications
✔ Wood polish, varnish & lacquer
✔ Printing inks & inkjet inks
✔ Plastics & polymer colouring
✔ Fuels, lubricants & oils
✔ Waxes, candles & shoe polish
✔ Leather finishing & coatings
✔ Grease and specialty coatings
Available Forms

Powder

Granules

Liquid solvent dyes (ready-to-use)

Popular Solvent Dye Types

Solvent Yellow (Yellow 14, 93, 98)

Solvent Orange (Orange 7, 60)

Solvent Red (Red 24, 122, 164)

Solvent Blue (Blue 35, 70)

Solvent Black (Black 27, 34)

Solvent Brown & Green variants

Advantages

Enhances product appearance without affecting performance

Easy to blend and customize shades

Cost-effective for bulk industrial use

Consistent colour results batch after batch

Packaging
Available in small packs for lab use and bulk packaging (25 kg / 50 kg drums or bags) for industrial supply.

• Solvent dyes are a type of dye that are soluble in organic solvents, rather than in water. They are often used for coloring materials like plastics, oils, fats, and waxes, as well as synthetic fibers and other non-water-soluble substances. These dyes dissolve in a variety of organic solvents such as alcohols, hydrocarbons, and acetone, giving them the ability to color materials that cannot be effectively dyed with water-soluble dyes.
• Here are some key features of solvent dyes:
• Solubility: They dissolve in organic solvents, allowing them to be used for non-water-based applications.
• Vibrant Colors: Solvent dyes typically produce very bright, intense colors, which is why they are often used for high-quality, vivid colorants.
• Applications: Commonly used in coloring plastics, rubber, oils, inks, fuels, and certain synthetic fibers.
• Transparency: Some solvent dyes can be transparent and are often used for coloring transparent materials.
• Heat and Light Resistance: Many solvent dyes have good resistance to light and heat, although this can vary based on the specific dye.
• Because of their wide range of applications and ability to work with non-aqueous systems, solvent dyes are critical in industries such as automotive, plastics, and printing.
• Let me know if you want more details on their specific uses or properties!

Solvent dyes are a type of dye that are soluble in organic solvents, rather than in water. They are often used for coloring materials like plastics, oils, fats, and waxes, as well as synthetic fibers and other non-water-soluble substances. These dyes dissolve in a variety of organic solvents such as alcohols, hydrocarbons, and acetone, giving them the ability to color materials that cannot be effectively dyed with water-soluble dyes.

Here are some key features of solvent dyes:
Solubility: They dissolve in organic solvents, allowing them to be used for non-water-based applications.
Vibrant Colors: Solvent dyes typically produce very bright, intense colors, which is why they are often used for high-quality, vivid colorants.

Applications: Commonly used in coloring plastics, rubber, oils, inks, fuels, and certain synthetic fibers.
Transparency: Some solvent dyes can be transparent and are often used for coloring transparent materials.

We are engaged in offering Quality Products to our clients. Our range of all products is widely appreciated by our clients.

We are engaged in offering Quality Products to our clients. Our range of all products is widely appreciated by our clients.

• Solvent dyes are a type of dye that are soluble in organic solvents, rather than in water. They are often used for coloring materials like plastics, oils, fats, and waxes, as well as synthetic fibers and other non-water-soluble substances. These dyes dissolve in a variety of organic solvents such as alcohols, hydrocarbons, and acetone, giving them the ability to color materials that cannot be effectively dyed with water-soluble dyes.
• Here are some key features of solvent dyes:
• Solubility: They dissolve in organic solvents, allowing them to be used for non-water-based applications.
• Vibrant Colors: Solvent dyes typically produce very bright, intense colors, which is why they are often used for high-quality, vivid colorants.
• Applications: Commonly used in coloring plastics, rubber, oils, inks, fuels, and certain synthetic fibers.
• Transparency: Some solvent dyes can be transparent and are often used for coloring transparent materials.
• Heat and Light Resistance: Many solvent dyes have good resistance to light and heat, although this can vary based on the specific dye.
• Because of their wide range of applications and ability to work with non-aqueous systems, solvent dyes are critical in industries such as automotive, plastics, and printing.
• Let me know if you want more details on their specific uses or properties!

Solvent Dyes are organic colorants designed to dissolve completely in organic solvents rather than water. They provide bright, transparent, and uniform colours and are widely used where clarity and colour strength are essential.

Key Characteristics
Excellent Solubility: Fully soluble in hydrocarbons, alcohols, esters, ketones, oils, and waxes
High Colour Strength: Strong tinting power with low dosage
Transparent Shades: Ideal for clear and glossy finishes
Good Light & Heat Stability: Suitable for industrial applications
Non-Ionic Nature: Does not react with substrates or binders

Common Applications
✔ Wood polish, varnish & lacquer
✔ Printing inks & inkjet inks
✔ Plastics & polymer colouring
✔ Fuels, lubricants & oils
✔ Waxes, candles & shoe polish
✔ Leather finishing & coatings
✔ Grease and specialty coatings

Solvent Dyes are organic colorants designed to dissolve completely in organic solvents rather than water. They provide bright, transparent, and uniform colours and are widely used where clarity and colour strength are essential.

Key Characteristics
Excellent Solubility: Fully soluble in hydrocarbons, alcohols, esters, ketones, oils, and waxes
High Colour Strength: Strong tinting power with low dosage
Transparent Shades: Ideal for clear and glossy finishes
Good Light & Heat Stability: Suitable for industrial applications
Non-Ionic Nature: Does not react with substrates or binders

Common Applications
✔ Wood polish, varnish & lacquer
✔ Printing inks & inkjet inks
✔ Plastics & polymer colouring
✔ Fuels, lubricants & oils
✔ Waxes, candles & shoe polish
✔ Leather finishing & coatings
✔ Grease and specialty coatings

Solvent Soluble Dyes are high-quality organic colorants that dissolve completely in organic solvents, oils, and waxes. They are specially designed to deliver bright, transparent, and uniform colours without affecting the clarity or performance of the base material.

Key Features
Excellent Solubility: Easily dissolves in common organic solvents
High Colour Strength: Strong tinting power with low dosage
Clear & Transparent Shades: Ideal for glossy and clear finishes
Good Light & Heat Stability: Suitable for industrial processing
Smooth Dispersion: No sedimentation or streaking

Applications
✔ Wood polish, varnish & lacquer
✔ Printing inks & gravure inks
✔ Paints, coatings & enamels
✔ Plastics & polymers
✔ Oils, fuels & lubricants
✔ Waxes, candles & shoe polish
✔ Leather finishing products

Polymer soluble dyes, or solvent dyes, are specialized colorants that dissolve completely at the molecular level into plastic matrices, providing superior, uniform, and streak-free coloration compared to pigments. They are ideal for transparent plastics, offering high brilliance, thermal stability, and excellent migration resistance in engineering plastics like PET, PS, and PVC.

Key Aspects of Polymer Soluble Dye Distribution:
Mechanism: Unlike insoluble pigments, these dyes dissolve into the polymer matrix during processing, creating a true solution.
Benefits: This results in high color strength (high color yield), transparency, and zero streaking.

• Polymer soluble dyes, or solvent dyes, are specialized colorants that dissolve completely at the molecular level into plastic matrices, providing superior, uniform, and streak-free coloration compared to pigments. They are ideal for transparent plastics, offering high brilliance, thermal stability, and excellent migration resistance in engineering plastics like PET, PS, and PVC.

Key Aspects of Polymer Soluble Dye Distribution:

• Mechanism: Unlike insoluble pigments, these dyes dissolve into the polymer matrix during processing, creating a true solution.
• Benefits: This results in high color strength (high color yield), transparency, and zero streaking.

Polymer soluble dyes, or solvent dyes, are specialized colorants that dissolve completely at the molecular level into plastic matrices, providing superior, uniform, and streak-free coloration compared to pigments. They are ideal for transparent plastics, offering high brilliance, thermal stability, and excellent migration resistance in engineering plastics like PET, PS, and PVC.

Key Aspects of Polymer Soluble Dye Distribution:
Mechanism: Unlike insoluble pigments, these dyes dissolve into the polymer matrix during processing, creating a true solution.
Benefits: This results in high color strength (high color yield), transparency, and zero streaking.

• Polymer soluble dyes, or solvent dyes, are specialized colorants that dissolve completely at the molecular level into plastic matrices, providing superior, uniform, and streak-free coloration compared to pigments. They are ideal for transparent plastics, offering high brilliance, thermal stability, and excellent migration resistance in engineering plastics like PET, PS, and PVC.

Key Aspects of Polymer Soluble Dye Distribution:

• Mechanism: Unlike insoluble pigments, these dyes dissolve into the polymer matrix during processing, creating a true solution.
• Benefits: This results in high color strength (high color yield), transparency, and zero streaking.
• Applications: Widely used in engineering plastics (PET, PA, PC, PS, PMMA), fibers, and packaging where high-temperature stability is required.