Product Name
Maven Plastic Colorant - Dark Chocolate Brown (2pct let down, or 50-1 ratio)
Brief Description
This product is a Maven Plastic Colorant, specifically formulated in a Dark Chocolate Brown hue. It is designed as a concentrated colorant, likely in pelletized (masterbatch) form, to be blended with compatible natural plastic resins at a 2% let-down ratio (or 50:1 ratio of natural pellets to colorant). Its primary purpose is to impart a consistent and vibrant dark brown color to plastic parts and components during various manufacturing processes, such as injection molding.
Popular Applications & Uses
- Coloring a wide array of plastic parts and components- Used in plastic manufacturing processes like injection molding, extrusion, and thermoforming- Automotive interior and exterior components, where UV stability and heat resistance are crucial- Packaging for consumer goods, food, and other products- Consumer products and household items requiring a dark brown finish- Construction and building materials made from compatible plastics- Medical device components where specific coloration is needed- Furniture components and other fabricated plastic items
Industries that Commonly Use It
- Plastic Fabrication- General Manufacturing- Automotive Service/Repair (for manufacturing automotive plastic parts)- Packaging Services or Contractor- Medical Device/ Prosthetics- Construction/ Building Services- Furniture- Sign & Display- Marine- Aerospace/Defense- Chemical Industry (for producing or incorporating into plastic products)- Mold Making/ Casting (for coloring the plastic being molded)- Thermoforming
Special and Unique Features
- Delivers a rich Dark Chocolate Brown color- Formulated for a precise 2% let-down ratio (50:1 pellets to colorant)- Broad compatibility with numerous plastic resins including ABS, Acetal, Nylon, PBT, Polycarbonate, Polyethylene, Polypropylene, Polystyrene, and PVC- High thermal stability, with a maximum processing temperature of 570 °F (approximately 300 °C)- Manufactured in the USA- Engineered to provide vibrant and durable coloration, suitable for demanding applications like automotive parts
Key Properties
- Color: Dark Chocolate Brown (also known as Dark Brown)- Form: Pelletized concentrate (masterbatch)- Let Down (Mix Ratio): 2% or 50:1 (colorant to natural resin pellets)- Maximum Temperature: 570 °F (298.89 °C)- Minimum Temperature: 85 °F (29.44 °C)- Minimum Melt Flow Rate: 1.9 gpm- Maximum Melt Flow Rate: 2.1 gpm- Dispersibility: Designed for efficient and even color distribution within compatible polymer matrices- Chemical Stability: Formulated to be chemically compatible with specified base resins and withstand processing conditions
Surface Compatibility
This colorant is compatible with a wide range of thermoplastic resins, ensuring versatility across various plastic manufacturing applications.- ABS (Acrylonitrile Butadiene Styrene)- Acetal (Polyoxymethylene - POM)- Nylon (Polyamide - PA)- PBT (Polybutylene Terephthalate)- Polycarbonate (PC)- Polyethylene (PE)- Polypropylene (PP)- Polystyrene (PS)- PVC (Polyvinyl Chloride)
Known backups / known substitutes
- Other pelletized plastic colorants from various manufacturers offering similar brown shades- Liquid plastic colorants, though they may present different handling and processing characteristics- Pre-colored resins, which are plastics already colored by the resin supplier, offering simplicity but often at a higher cost- Dry pigments or dyes, which require more precise mixing and dispersion equipment- Other Maven Plastic Colorants in different brown tones or specialized formulations (e.g., UV resistant options)
Comparison Note
Maven Plastic Colorant - Dark Chocolate Brown, as a pelletized masterbatch, offers a balance of convenience, cost-effectiveness, and consistent color dispersion compared to other coloring methods. Unlike liquid colorants, pelletized forms generally provide cleaner handling and longer shelf life, reducing processing labor and potential inconsistencies. Its specified 2% let-down ratio is a common industry standard, allowing for efficient coloring without significantly impacting the base polymer's mechanical properties, provided compatibility is maintained. The broad material compatibility and high-temperature resistance make it a versatile choice for a wide range of thermoplastic applications, including those with stringent performance requirements like automotive parts.
