Fastness Properties
| Heat Resistance (℃) in PS |
300 |
Migration Resistance(1~5) |
5 |
| Light Resistance (Full Shade, 1-8) |
6 |
Resistance to Acid(1~5) |
5 |
| Light (Reduced tinting, 1~8) |
5 |
Resistance to Alkali(1~5) |
5 |
Typical Applications
Solvent Violet 36 is commonly used in the following applications:
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Engineering plastics (ABS, PS, PC, PMMA)
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Synthetic fibers
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Industrial oils and lubricants
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Wax and hydrocarbon systems
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Solvent-based inks
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Specialty coatings
In plastics and polymers, the dye enables transparent violet coloration without significantly affecting material clarity.
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
The dye dissolves well in many organic solvents and compatible polymer systems, ensuring uniform coloration.
2. Strong Tinting Strength
Solvent Violet 36 provides high color intensity even at low dosage levels, allowing efficient color formulation.
3. Transparent Coloration
Unlike pigments, the dye produces clear and transparent violet shades suitable for translucent or transparent materials.
4. Good Processing Stability
The dye maintains stable color performance during typical thermoplastic processing such as extrusion and injection molding.
Advantage
1. Suitable for Transparent Plastic Applications
The dye allows coloration while maintaining clarity in compatible thermoplastic materials.
2. High Color Strength
Strong tinting performance enables efficient dosage control in industrial formulations.
3. Easy Processing
Because the dye dissolves directly in the system, dispersion steps required for pigments are not necessary.
Typical Limitations
1. Moderate Lightfastness
Solvent dyes generally provide lower outdoor durability compared with high-performance pigment systems.
2. Possible Migration in Certain Plastics
Migration resistance depends on polymer compatibility and formulation design.
3. Limited Hiding Power
As a dye, it does not provide opacity and is not suitable for applications requiring strong coverage.
Synonyms
| C.I. Solvent Violet 36 |
Solvent Violet 36 ISO 9001：2015 REACH |
Transparent Violet 3R (Solvent Violet 36) |
Solvent Violet 36 – technical grade |
Buyer Guidance
When selecting solvent dyes for industrial use, buyers should confirm:
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Target application (plastics, fibers, oils, etc.)
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Solubility requirements
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Processing temperature
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Desired shade intensity
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Regulatory compliance requirements
Providing clear application details helps suppliers recommend suitable grades and usage conditions.
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 colorants and solvent dyes for applications including plastics, oils, hydrocarbon systems, and solvent-based formulations.
Products are manufactured under controlled quality standards to ensure consistent color strength, solubility performance, and batch stability. Technical communication and export support are available for global customers.
FAQ
1. What is Solvent Violet 36 mainly used for?
It is mainly used for coloring engineering plastics, synthetic fibers, oils, and solvent-based systems.
2. Can Solvent Violet 36 be used in plastics?
Yes. It can provide transparent violet coloration in compatible thermoplastic materials.
3. How does it differ from violet pigments?
Solvent dyes dissolve in the medium and produce transparent coloration, while pigments remain dispersed and provide opacity.
4. Is it suitable for outdoor applications?
It is generally recommended for indoor or limited outdoor exposure because solvent dyes usually have moderate lightfastness.
5. Does it dissolve in oils and solvents?
Yes. The dye dissolves well in many organic solvents, oils, and compatible polymer systems.
