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Solvent Yellow 147 Comparison Shade Card

Solvent Yellow 147

Solvent Yellow 147 Comparison Shade Card
Brand
Fineland Chem
Color Index
Solvent Yellow 147
Color Index No
60645
CAS No
85391-36-2
EC No
286-789-4
Chemical Group
Anthraquinone
Chemical Formula  C40H48N4O2.2BF4

What is Solvent Yellow 147?

Solvent Yellow 147 is an oil-soluble solvent dye widely used for coloring plastics, fuels, lubricants, waxes, and other hydrocarbon-based systems. It dissolves directly in compatible organic media and produces a bright yellow transparent coloration.

The dye is valued for its high tinting strength, good solubility, and stable processing performance. It is commonly used in industrial applications where transparent color effects and efficient coloration are required.

Product Technical Data

Solvent Yellow 147 CorSol®3147       ⬇️TDS

This is a vivid reddish-yellow solvent dye with excellent heat and light resistance, specifically used for coloration of acrylic fiber dope and various plastics.

Physical Properties

Density(g/cm3) MeltingPoint() Light fastnessin PS Recommended Dosage
Transparent Nontransparent
1.48-1.56 300 7-8 0.03 0.05

Light Fastness: Consist of 1st to 8th grade, and the 8th grade is superior, the 1st grade is bad

Application

PS HIPS ABS PC RPVC PMMA SAN AS PA6 PET

“☆” Superior, “○” Applicable, “△” Not recommend

Heat stability

Resin PS ABS PC PEPT
Heat Resistance() 300 280 320 290

in ℃ at 1/3 standard depth with 1% TiO2 (ABS 4% TiO2, and PS 2% TiO2) evaluated according to DIN EN 12877

Solubility (g/l, at room temperature)

Acetone  Butyl Acetate  Methylbenzene Dichloromethane Ethylalcohol
<0.5 0.4 / 5.0 <0.1

Physical Properties

Test Item Specification
Bulk Density (g/cm3) 0.28
Melting point (℃) approx. 300
Moisture(%) ≤0.5
Ash(%) ≤0.3
Insolubility(%) ≤0.3
PH Value 6-8
Fe Content(ppm) ≤1000
Chemical Formula of Solvent Yellow 147

Fastness Properties

Heat Resistance (℃) in PS 300 Migration Resistance(1~5) 5
Light Resistance (Full Shade, 1-8) 7-8 Resistance to Acid(1~5) 5
Light (Reduced tinting, 1~8) 7 Resistance to Alkali(1~5) 5

Typical Applications

Solvent Yellow 147 is commonly used in the following applications:

  • Plastics and engineering resins

  • Fuel coloring

  • Lubricants and industrial oils

  • Wax and paraffin systems

  • Industrial inks

  • Specialty coatings

In plastics, it provides transparent yellow coloration, while in fuels and oils it is used for identification and differentiation purposes.

Application

Printing Ink: Discover high-performance ink pigments for various printing technologies including water-based, solvent-based, offset, inkjet, UV curing, and decorative applications. More Details

Paint and Coating: Explore a wide range of coating pigments tailored for paints, oils, automotive finishes, industrial applications, concrete, cement, and ceramics. More Details

Plastic and Masterbatch: Browse a comprehensive selection of plastic pigments designed for PE, PVC, EVA, rubber, and a variety of engineering plastics. More Details

Special Use: Find specialized pigments offering unique effects and functionalities for textiles, resins, glazes, metallic finishes, fluorescence, and anti-corrosion needs. More Details

Key Performance Properties

1. Excellent Solubility in Organic Systems

The dye dissolves effectively in oils, fuels, and many organic solvents, ensuring uniform color distribution.

2. High Tinting Strength

Solvent Yellow 147 provides strong color intensity even at low dosage levels, making it efficient for industrial formulations.

3. Transparent Coloration

As a solvent dye, it delivers bright and transparent yellow shades suitable for clear or translucent materials.

4. Good Processing Stability

The dye maintains stable color performance under typical processing conditions used in plastics and hydrocarbon systems.

Advantage

1. Efficient for Transparent Coloring

It provides vivid yellow shades without affecting material transparency.

2. Suitable for Multiple Industrial Systems

The dye performs well across plastics, oils, and wax-based applications.

3. Easy to Use in Formulations

Direct solubility eliminates the need for dispersion processes required by pigments.

Typical Limitations

1. Moderate Lightfastness

Compared with high-performance pigments, solvent dyes generally offer lower resistance to prolonged UV exposure.

2. Potential Migration in Plastics

Migration behavior depends on the compatibility between the dye and the polymer matrix.

3. Limited Opacity

As a dye, it does not provide hiding power and is not suitable for opaque applications.

Synonyms

C.I. Solvent Yellow 147 C.I. 47020 Disperse Yellow 54 Oil Yellow 147
1,4-Dihydroxy-5,8-bis(methylamino)anthraquinone Anthraquinone, 1,4-dihydroxy-5,8-bis(methylamino)-

Buyer Guidance

When selecting solvent dyes, buyers should confirm:

  • Target application (plastics, fuels, lubricants, etc.)

  • Solubility requirements

  • Processing temperature

  • Desired color strength and transparency

  • Regulatory and compliance requirements

Clear communication of application details helps ensure optimal product selection and performance.

Package and Delivery

25KG Kraft Bag, 400kg/500kg Carton Box

Lead Time: Normally around 15 days after signed contract.

Manufacturer and Supplier Information

Fineland Chem supplies industrial solvent dyes for applications including plastics, fuels, lubricants, and hydrocarbon systems.

Products are manufactured under controlled quality systems to ensure stable color strength, solubility, and batch consistency. The company supports global customers with technical communication and export services.

FAQ

1. What is Solvent Yellow 147 mainly used for?

It is commonly used in plastics, fuels, lubricants, waxes, and other hydrocarbon-based systems.

2. Is it suitable for plastic applications?

Yes. It is widely used in plastics to provide transparent yellow coloration.

3. Does it dissolve in oils?

Yes. The dye has good solubility in oils, fuels, and organic solvents.

4. How is it different from yellow pigments?

Solvent dyes dissolve in the medium and provide transparent coloration, while pigments remain dispersed and provide opacity.

5. Can it be used outdoors?

It is generally not recommended for long-term outdoor use due to moderate lightfastness.

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