Discover how our precision-engineered polyethylene waxes optimize processing parameters, enhance surface quality, and ensure pigment dispersion across global industries.
Our PE waxes lower the viscosity of the carrier resin, allowing for superior wetting of pigment particles. This prevents agglomeration and ensures high color strength with reduced dosage requirements.
Wetting Agents
Rapid encapsulation of organic/inorganic pigments.
Carrier Affinity
Compatible with PE, PP, and PS carrier systems.
02 / PVC Dynamics
Lubrication Control
External Lubrication
Reduces friction between the polymer melt and the metallic surfaces of extruders.
Fusion Stabilization
Delays fusion to optimize torque and melt temperature profile.
01 / Masterbatch Optimization
Open Time & Viscosity
Fine-tuning set times and bonding strength in packaging and bookbinding applications.
Reduces application viscosity
Adjusts setting speeds
Improves thermal stability
Integration Workflow Diagram
Raw Material Feed
Wax Infusion (Wetting)ml
Homogeneous Melt
Final Extrusion
Solution Highlights
Real-world technical challenges resolved through molecular engineering.
Challenge: Heavy accumulation of additives on the die surface leading to frequent production shutdowns. Solution: Optimized external lubrication balance using high-density PE wax…
Quality Case
High-Load Pigment Dispersion
Challenge: Visible specks in thin film applications due to poor carbon black dispersion. Solution: Implementation of specific low-molecular weight PE wax to enhance wetting…
Application Parameters Comparison
Injection Molding Pressure Reduction
12 – 18%
Pigment Loading Capacity (Increase)
Up to 40%
PVC Fusion Torque Reduction
25 Nm Average
Surface Gloss Index Improvement
Grade A+
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