Standard compounding is engineered to meet the high performance requirements of multiple industries. Through precise formula control and material mixing, they provide your products with good thermal stability, durability, and special features, enabling products to gain competitive advantages in demanding applications such as automotive, electronics, and high-end packaging.
Choose us, our compounding enable you to achieve efficient and controlled production processes, and ensure that materials perform more reliably and are easier to use in high-intensity applications.
Let down ratio: 100%
Carrier: PE, PP, TPU, ABS, PC, PET, PA, EMA, etc.
MFI:3-40g/10min
Mositure:＜0.3%
High dispersion
High batch stability
Uniform colors
Environment friendly
Quantity per bag/box: 25Kg/500-1000KG
Weight per box (kg) : 8-10kg
Wooden fumigated pallets: 15-20KG
20-foot container: weight＜ 20T; the exact quantity depends on the type of masterbatch.
40-foot container: weight＜28T; the exact quantity depends on the type of masterbatch.
Color Masterbatches
Compounding
3.More emphasis on performance consistency and system stability
Our compounding can improve the strength and heat resistance of materials, meeting the automotive industry’s needs for high load, thermal stability, and lightness.Suitable for automotive headlights, taillight components, and more.
By adding properties such as antibacterial, anti-static, and temperature-resistant stability to materials, ensure high formula consistency and improve product quality control. Often applied to surgical device cases, IV bags, and more.
Provides good flame resistance, electrical performance, and stability, suitable for commonly used household appliances such as air conditioning, washing machines, electric rice cookers, and more.
Standard Compounding help customers reduce the combined costs caused by quality anomalies and material adjustments through stable performance, traceable formulas, and continuous technical support.
Standard Compounding are subject to strict quality control, have high homogeneity and stability, and can reduce color aberrations, performance fluctuations, and waste rates during production.
Once you receive feedback, you can immediately trace the complete production data, raw material sources, and inspection reports for that batch. Our technical team will be the first to respond, collaborating with you to analyze the causes and provide solutions.
Blends achieve uniform compounding in the molten state, eliminating compatibility issues, color streaks, color spots, and uneven dispersion that may occur with physical blending. Thereby performing better in color stability.
Because all performance is completed once before grain manufacturing, there is no need to mix again during production, the process is more stable, the waste rate is lower, and the operating worker error rate is lowest.
Common additions include glass fiber, mineral fillers, flame retardant systems, impact modifiers, antistatic agents, heat stabilizers, and anti-aging additives. Furthermore, the compound typically accommodates higher additive loading ratios than masterbatch systems.
