Product Name
Maven Plastic Colorant - Light Gray (2pct let down, or 50-1 ratio)
Brief Description
Maven Plastic Colorant - Light Gray is a specialized additive designed to impart a consistent light gray color to various plastic resins during the manufacturing process. It functions as an internal colorant, meaning it is thoroughly mixed and kneaded into the plastic material itself. The product is formulated for a 2% let-down ratio, or a 50:1 ratio of base resin to colorant, ensuring efficient and uniform coloration of manufactured parts and components.
Popular Applications & Uses
- Coloring a wide array of manufactured plastic parts and components.- Enhancing the aesthetic appeal and visual differentiation of plastic products across various markets.- Used in the production of packaging materials such as toys, bottles, wraps, and containers.- Integral for coloring automotive components.- Applied in building materials, including fittings, profiles, and pipes.- Utilized in consumer goods where specific color branding is essential.
Industries that Commonly Use It
- Plastic Fabrication- General Manufacturing- Automotive Service/Repair (for manufacturing automotive plastic parts)- Packaging Services or Contractor- Construction/ Building Services (for plastic building components)- Retail (for consumer plastic products)
Special and Unique Features
- Delivers a specific Light Gray color.- Optimized for a 2% let-down ratio (50:1 resin to colorant), a common and effective concentration for plastic coloring.- Broad compatibility with numerous plastic resins, including ABS, Acetal, Nylon, PBT, Polycarbonate, Polyethylene, Polypropylene, Polystyrene, and PVC.- Exhibits high thermal stability, with a maximum processing temperature of 570 °F (approximately 300 °C), suitable for various molding processes.- Available in diverse container sizes, from 1 lb bags to bulk gaylord boxes (often 2000 lb), catering to different production scales.- Manufactured in the USA, specifically Dallas, Texas.
Key Properties
- **Color:** Light Gray.- **Form:** Typically supplied as solid pellets or a concentrate (masterbatch).- **Let Down Ratio:** Recommended at 2% or 50:1 (colorant to base resin).- **Maximum Processing Temperature:** 570 °F (300 °C approx).- **Minimum Processing Temperature:** 85 °F.- **Melt Flow Rate:** Minimum 1.9 gpm, Maximum 2.1 gpm.- **Dispersion:** Engineered for uniform color distribution throughout the plastic material.- **Chemical Stability:** Designed to be chemically compatible with specified base resins, maintaining polymer integrity.
Surface Compatibility
- Highly compatible with a wide range of plastic resins, ensuring effective coloration without compromising material properties.- Compatible materials include: ABS, Acetal, Nylon, PBT, Polycarbonate, Polyethylene, Polypropylene, Polystyrene, and PVC.- Proper compatibility between the colorant and the polymer chemistry is crucial to prevent weakening of the plastic's original properties, such as impact resistance.
Known backups / known substitutes
- Other plastic colorants, including dyes and pigments, from various manufacturers such as Chroma Color, Sun Chemical, Vibrantz Technologies, Chemworld International, Penn Color, CCC Plastics, Holland Colours, Colortech, Ampacet Corporation, and General Color Chemical Co.- Alternative forms of colorants like liquid colorants, dry blends (often called "salt & pepper mixes"), or pre-colored resins can serve as substitutes depending on application requirements and processing equipment.- Emerging plant-based pigments offer environmentally sustainable alternatives, though their cost and performance may vary compared to conventional options.
Comparison Note
Maven Plastic Colorant, likely in masterbatch form, offers advantages in consistent color delivery and ease of handling compared to raw pigments. The specified 2% let-down ratio is a common and efficient concentration, though some highly chromatic or specific shades might necessitate higher pigment loadings. Unlike dyes, which are typically used for transparent plastics, this light gray colorant likely uses pigments, providing opacity and generally superior weathering properties. Critical considerations for any plastic colorant include its chemical compatibility with the base polymer and its ability to withstand the high processing temperatures without degrading the plastic's properties.
