Typical Applications
Pigment Orange 62 is used in a variety of industrial coloration systems.
• Industrial Coatings: General industrial paints, architectural coatings, and powder coatings.
• Plastics: Polyolefins such as PE and PP, PVC, and engineering plastic coloration.
• Masterbatch: Used in color masterbatch formulations for plastic processing.
• Printing Inks: Selected packaging inks and solvent-based ink systems.
• Consumer Products: Injection-molded and extruded plastic goods.
These applications benefit from the pigment’s durability and compatibility with various resin systems.
Key Performance Properties Related to Applications
• Color Shade:
Produces a bright reddish-orange tone with clean and vivid color appearance.
• Tinting Strength:
Provides strong tinting strength suitable for coatings and plastic formulations.
• Lightfastness:
Offers good to very good lightfastness depending on formulation and pigment concentration.
• Heat Resistance:
Suitable for plastic processing temperatures typically up to 280–300 °C, depending on the polymer system.
• Chemical Resistance:
Resistant to many acids, alkalis, and common industrial solvents.
• Dispersibility:
Can be dispersed using conventional compounding and milling processes.
Advantages
1. Bright Reddish-Orange Shade
Delivers a vivid reddish-orange hue with high color strength, providing strong and consistent coloration in formulations.
2. Good Fastness Performance
Offers reliable resistance to light, heat, and chemicals, ensuring stable color performance in industrial applications.
3. Wide Application Versatility
Commonly used in coatings, plastics, and printing inks, making it a versatile pigment for various coloring systems.
Typical Limitations
• Cost Considerations:
As a high-performance pigment, Pigment Orange 62 may be more expensive than standard azo pigments.
• Formulation Requirements:
Proper dispersion techniques may be needed to achieve optimal color development.
• Opacity Adjustment:
Transparency or opacity may vary depending on binder systems and formulation design.
Buyer Guidance
When evaluating Pigment Orange 62, buyers typically consider:
• Required shade tone (reddish orange vs. yellowish orange)
• Processing temperature of the plastic or coating system
• Lightfastness and durability requirements
• Compatibility with coating, plastic, or ink resin systems
• Dispersion performance during manufacturing
• Regulatory and compliance considerations for industrial applications
Synonyms
| Pigment Orange 62 | Novoperm Orange H5G 70 | Kenalake Orange HP-3GO | Novoperm Orange H 5G70 |
| HXXOOSWHCMYQQV-QURGRASLSA-N | 2-[(4-nitrophenyl)diazenyl]-3-oxobutanamide | 2-[(4-nitrophenyl)diazenyl]-3-oxobutanamide | N-(2,3-dihydro-2-oxo-1H-benzimidazol-5-yl)-2-[2-(4-nitrophenyl)diazenyl]-3-oxobutanamide |
Manufacturer and Supplier Information
Pigment Orange 62 is produced by manufacturers specializing in high-performance organic pigments, particularly isoindolinone pigment chemistry. Commercial grades may vary in particle size distribution, surface treatment, and dispersion characteristics, depending on the intended use in coatings, plastics, or printing inks.
Package and Delivery
● 25KG Kraft Bag, 400kg/500kg Carton Box
● Lead Time: Normally around 15 days after signed contract.
FAQ
1.What color shade does Pigment Orange 62 produce.
Pigment Orange 62 typically produces a bright reddish-orange shade used in coatings and plastics.
2.Is Pigment Orange 62 suitable for plastic processing.
Yes. It is commonly used in polyolefins, PVC, and some engineering plastics due to its good heat resistance.
3.Can Pigment Orange 62 be used in coatings.
Yes. The pigment can be incorporated into industrial coatings and architectural paints, depending on formulation requirements.
4.What are the main characteristics of Pigment Orange 62.
Typical characteristics include bright orange shade, good heat resistance, stable chemical performance, and compatibility with coating and plastic systems.
