Color Masterbatch for PC‌ is a high-performance pigment concentrate designed specifically for Polycarbonate resins. It contains thermally stable organic/inorganic pigments or dyes dispersed in a PC-compatible carrier system, ensuring uniform coloration without compromising the polymer's clarity (for transparent grades) or mechanical properties. Key advantages include excellent heat resistance (up to 300°C), UV stability for outdoor applications, and minimal impact on PC’s inherent strength, impact resistance, and electrical insulation. Common applications include automotive components (headlamp lenses, dashboards), electronic housings, medical devices, and optical products. Dosage typically ranges from 2% to 5%, tailored to opacity requirements. The masterbatch simplifies processing compared to raw pigments while reducing contamination risks.

Color Masterbatch for ABS‌ is a specialized pigment concentrate formulated for Acrylonitrile Butadiene Styrene resins, ensuring uniform coloration while preserving the polymer's mechanical properties like impact strength and surface finish. Key features include: ‌Compatibility‌: Designed for ABS and blends like HIPS/AS, with carriers matched to ABS processing requirements. ‌Performance‌: Withstands processing temperatures up to 280°C, maintains color stability under heat and UV exposure37. ‌Applications‌: Widely used in electronics (connectors, housings), automotive parts, toys, and appliances. ‌Processing‌: Requires pre-drying (due to moisture absorption) and typical dosage of 4-8%. Ensures dispersion without streaks or spots. ‌Variants‌: Includes standard, flame-retardant, and specialty grades (e.g., pearlescent) for diverse needs. This masterbatch streamlines coloring, reduces pigment handling risks, and enhances production efficiency.

Color Masterbatch for PS‌ is a concentrated pigment blend specifically formulated for Polystyrene resins. It ensures vibrant, uniform coloration while maintaining PS's clarity (for transparent grades) and processing characteristics. Key Features: ‌High Compatibility‌: Optimized carrier resin ensures excellent dispersion in PS, HIPS, and AS resins without compromising mechanical properties. ‌Thermal Stability‌: Withstands processing temperatures up to ‌280°C‌, preventing degradation during injection molding or extrusion. ‌Quality Consistency‌: Eliminates pigment dust, reduces contamination risks, and delivers spot-free coloration (no streaks or spots). ‌Specialty Grades‌: Includes options like ‌pearlescent effects‌, ‌UV resistance‌, and food-contact-compliant formulations. Applications: Consumer goods (toys, cosmetics containers) Houseware products (cups, utensils) Packaging materials Industrial components. Usage Guidelines: ‌Dosage‌: Typically ‌2–4%‌ by weight, adjustable for opacity requirements. ‌Processing‌: Compatible with injection molding, extrusion, and blow molding. This masterbatch streamlines production, enhances color accuracy, and reduces waste compared to raw pigments.

‌Color Masterbatch for PA/Nylon‌ Specialized pigment concentrates engineered for Polyamide resins (PA6, PA66, PA12, etc.), delivering uniform dispersion and color stability under high-temperature processing. ‌Key Features‌ ‌High-Temperature Resistance‌ Withstands processing up to ‌300–320°C‌ (critical for PA’s melting point). Prevents pigment degradation during injection molding or extrusion. ‌Moisture Control‌ Includes ‌desiccants‌ to counter PA’s hygroscopic nature (pre-drying essential). Reduces bubble formation and surface defects. ‌Compatibility‌ Carrier resins match PA chemistry (e.g., PA6/PA66-based carriers). Compatible with reinforced grades (glass/carbon fiber-filled PA). ‌Performance Enhancements‌ UV stabilizers for outdoor applications (e.g., automotive parts). Options: Heat-stable organics, metallics, or specialty pigments. ‌Applications‌ ‌Automotive‌: Engine covers, connectors, fuel systems. ‌Industrial‌: Gears, bearings, electrical housings. ‌Consumer‌: Power tool housings, sports equipment. ‌Fibers‌: Textiles, fishing lines, carpets. ‌Processing Guidelines‌ ‌Dosage‌: 1–5% (varies by opacity/effect). ‌Drying‌: Mandatory pre-drying (≥80°C for 4+ hours) to <0.1% moisture. ‌Equipment‌: Compatible with injection molding, extrusion, fiber spinning. ‌Specialty Grades‌ ‌Fiber Masterbatches‌: Low-viscosity for fine denier yarns. ‌Flame-Retardant (FR)‌: For electrical components. ‌Food-Contact‌: FDA/EC-compliant formulations. ‌Note‌: PA masterbatches require stricter process controls (vs. PS/ABS) due to temperature sensitivity and moisture absorption. Proper dispersion prevents ‌streaking‌ or ‌mechanical weakening‌ in final parts.

Color Masterbatch for PET Specialized pigment concentrates engineered for polyethylene terephthalate (PET) resins, ensuring uniform coloration and material stability across high-temperature processes. ‌Core Features‌ ‌Thermal Stability‌: Withstands PET processing temperatures up to ‌290°C‌, preventing pigment degradation during injection molding or extrusion. ‌Moisture Control‌: Low-hygroscopic carriers minimize hydrolysis risk, critical for PET’s moisture sensitivity. ‌Optical Clarity‌: Optimized dispersion maintains transparency in clear packaging/applications. ‌Versatility‌: Compatible with virgin/recycled PET, including fiber-grade and bottle-grade resins. ‌Applications‌ ‌Packaging‌: Beverage bottles, food containers (FDA-compliant grades available). ‌Textiles‌: Synthetic fibers for apparel, upholstery. ‌Industrial‌: Strapping, films, and engineering components. ‌Processing‌ ‌Dosage‌: 1–3% by weight, adjustable for opacity needs. ‌Drying‌: Mandatory pre-drying to ≤0.02% moisture conten. ‌Compatibility‌: Suitable for injection molding, extrusion, and blow molding. Specialty options include ‌UV-resistant‌ formulas for outdoor use and ‌fast-crystallizing‌ grades for improved cycle times.

Color Masterbatch for PLA/PETG/TPU 3D Printing Filaments Specialized pigment concentrates engineered for FDM (Fused Deposition Modeling) filaments, ensuring uniform dispersion and stability across diverse polymer bases. ‌Material-Specific Features‌ ‌PLA‌: Low-temperature processing (<210°C), requiring masterbatches with ‌excellent flowability‌ and minimal thermal degradation. ‌PETG‌: Demands ‌high thermal stability‌ (230–250°C) and moisture control to maintain clarity and layer adhesion. ‌TPU‌: Flexible formulations with ‌anti-stringing additives‌ to prevent nozzle clogging during elastic deformation. ‌Critical Performance‌ ‌Compatibility‌: Carrier resins match base polymers (e.g., PLA-based for PLA filaments). ‌Dispersion‌: Ultra-fine pigment grinding (<5μm) prevents nozzle blockage and streaking47. ‌Special Effects‌: Rainbow gradients (color shifts per ‌8–16 meters‌) for aesthetic applications. ‌Processing Guidelines‌ ‌Dosage‌: 2–5% (adjustable for opacity/effect intensity). ‌Drying‌: Mandatory for PETG/TPU to prevent hydrolysis/bubbling. ‌Applications‌: Consumer goods, wearables (TPU), packaging (PETG), and prototyping (PLA). ‌Custom Options‌: UV-stable, glow-in-the-dark, or silk-finish additives available. Ensures vibrant color consistency while preserving filament mechanical properties and print reliability.

Color Masterbatch for PP/PE Specialized pigment concentrates engineered for polypropylene (PP) and polyethylene (PE) resins, ensuring uniform dispersion and color stability across extrusion and molding processes. ‌Key Features‌ ‌Thermal Stability‌: Withstands processing up to ‌230°C‌ (PP) and ‌200°C‌ (LDPE/LLDPE), preventing pigment degradation. ‌Versatile Compatibility‌: Tailored carriers match PP/PE chemistry, including filled/recycled grades. ‌Enhanced Dispersion‌: Ultra-fine pigments (<5μm) eliminate streaks and improve mechanical properties. ‌Functional Additives‌: Options include UV stabilizers, antioxidants, or fillers (e.g., CaCO₃ for cost reduction). ‌Applications‌ ‌Packaging‌: Films, bottles, caps (food-contact grades available). ‌Industrial‌: Crates, pipes, automotive parts. ‌Consumer Goods‌: Toys, household items, woven sacks. ‌Processing Guidelines‌ ‌Dosage‌: 2–4% by weight. ‌Equipment‌: Compatible with blow molding, injection molding, and film extrusion. ‌Specialty Grades‌: Flame-retardant, matte-finish, and recycled-content masterbatches. Ensures cost-effective, vibrant coloring while maintaining polymer integrity and processing efficiency.

Color Masterbatch for Wheat Straw Pellets Specialized pigment concentrates engineered for uniform coloration of wheat straw-based pellets, enhancing visual appeal in composite materials while maintaining structural integrity. ‌Core Features‌ ‌Material Compatibility‌: Optimized for blends like wheat straw/polypropylene to ensure adhesion and color consistency. ‌Thermal Stability‌: Withstands pellet extrusion temperatures (typically 150–200°C), preventing pigment degradation. ‌Moisture Resistance‌: Minimizes hygroscopic effects critical for wheat straw's durability in pellet form. ‌Applications‌ Biomass fuel pellets for easy identification and branding. Agricultural or packaging pellets where color-coding aids functionality. ‌Processing Guidelines‌ ‌Dosage‌: 2–4% by weight for optimal opacity and cost-efficiency. ‌Mixing‌: Requires thorough blending during pellet production to avoid uneven streaks. Ideal for sustainable pellet solutions, supporting eco-friendly applications with vibrant, fade-resistant hues.

Color Masterbatch for XLPE/XLPO Materials Specialized pigment concentrates engineered for cross-linked polyethylene (XLPE) and cross-linked polyolefin (XLPO) cables/wires, ensuring vibrant coloration and critical performance enhancements. ‌Key Features‌ ‌UV/Weather Resistance‌: Protects against environmental degradation for extended cable lifespan. ‌Thermal Stability‌: Compatible with high-temperature processing during cross-linking. ‌Flame Retardancy‌: Optional additives meet fire-safety standards for industrial applications. ‌Functional Advantages‌ Enables instant visual identification of cable specifications. Maintains electrical insulation integrity post-coloring. Enhances durability in harsh installations (e.g., underground/outdoor). ‌Processing & Applications‌ ‌Dosage‌: 2–6% by weight for uniform dispersion. ‌Applications‌: Power transmission cables, automotive wiring, industrial harnesses. Optimizes safety and aesthetics in XLPE/XLPO systems while supporting efficient extrusion processes.

Wood Fiber Plastic Pellets (WPC Pellets) Composite pellets combining ‌40-70% wood fibers‌ (sawdust, bamboo, rice husk) with polymers like PE, PP, or PVC, engineered for sustainable manufacturing of wood-plastic composites (WPC). ‌Core Advantages‌ ‌Eco-Profile‌: Reduces plastic usage by 30-50% vs. virgin polymers; biodegradable options available. ‌Natural Aesthetics‌: Mimics wood grain/texture while resisting rot, insects, and moisture absorption. ‌Processing Efficiency‌: Pre-dried pellets (≤1% moisture) enable smooth extrusion/injection molding. ‌Technical Performance‌ ‌Density‌: 1.1-1.4 g/cm³ (adjustable via fiber ratio). ‌Flexural Strength‌: 25-45 MPa for structural applications. ‌Thermal Stability‌: Compatible with processing temps ≤190°C without fiber degradation. ‌Applications‌ Decking, fencing, and outdoor furniture Automotive interiors & architectural profiles Packaging pallets and consumer products Bridges sustainability with functionality, transforming waste biomass into high-value, durable materials.

Coffee husk pellets are biofuel granules produced from coffee processing waste, primarily coffee husks, which are generated in equal weight to coffee beans during production‌.

Bamboo Fiber Plastic Pellets Engineered composite pellets integrating ‌40-65% bamboo fibers‌ with polymers (PP, PE, PLA), designed for eco-friendly wood-plastic composites (WPC). Bamboo’s rapid renewability (24/hr growth cycle) and high tensile strength enhance sustainability13. ‌Key Advantages‌ ‌Eco-Impact‌: 30-50% plastic reduction vs. virgin polymers; carbon-negative profile. ‌Superior Mechanics‌: 20% higher flexural strength than wood-fiber composites (35-55 MPa). ‌Natural Durability‌: Inherent resistance to moisture, fungi, and UV degradation. ‌Technical Specifications‌ ‌Density‌: 1.15-1.35 g/cm³ (fiber-dependent). ‌Processing‌: Max. temp. 195°C (prevents fiber scorching). ‌Moisture Absorption‌: <1.8% (silica-rich fiber structure). ‌Primary Applications‌ Automotive interior trims & dashboards Outdoor decking, cladding, and furniture Biodegradable packaging and consumer goods Transforms fast-renewing bamboo into high-performance, visually textured materials while reducing plastic waste.