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From Croda's Ionphase series, PE0108M FCC is a non - migratory anti - static agent for PE and PP extrusion.
Anti - static Principle
Mixes evenly with plastic substrates. During processing, disperses thoroughly to form a 3D ion - dispersing network, reducing substrate resistivity to conduct and dissipate surface static.
Long-acting polymer-based anti-static masterbatch
Nearly humidity-independent; delivers immediate & permanent anti-static performance
Easy processing with excellent thermal stability
Fully recyclable; preserves the substrate’s original physical properties
No surface fogging, migration or shedding; corrosion-resistant formulation
Uniform conductive dispersion for consistent anti-static performance
Ideal for anti-static modification of PE and PP extrusion polyolefin substrates
Suitable for films, sheets, profiles and other extruded polyolefin products requiring permanent anti-static protection
Model | Ionphase PE0108M FCC |
Volume Resistivity | 1E6 |
Density | 1.13 kg/m³ |
Melting Point | 76 - 164℃ |
Q1: What is the primary mechanism of antistatic action for Ionphase PE 0108M?
A: Ionphase PE 0108M functions primarily through internal migration and surface blooming, delivering hydrophilic groups to the polymer surface where they absorb ambient moisture to dissipate static charge. Its polymeric structure ensures compatibility and reduced bloom volatility compared to low-MW antistatic agents.
Q2: Is Ionphase PE 0108M suitable for polyolefin-based packaging films?
A: Yes — it is specifically designed for polyethylene (PE) and polypropylene (PP) applications, including blown and cast films. Its non-blooming, polymeric nature helps maintain clarity, seal integrity, and printability while providing effective static control in high-speed converting environments.
Q3: How does processing temperature affect the performance of Ionphase PE 0108M?
A: Ionphase PE 0108M exhibits good thermal stability during standard polyolefin extrusion and film processing (typically up to 260°C). Its polymeric backbone minimizes degradation or volatilization, supporting consistent antistatic performance across conventional melt-processing conditions.
Q4: Can Ionphase PE 0108M be used in food-contact applications?
A: Ionphase PE 0108M is formulated for use in polymers intended for indirect food contact applications, subject to compliance with applicable regional regulations. End-use approval requires evaluation by the final compounder or converter against current regulatory frameworks and intended exposure conditions.
Q5: What is the typical dosage range for effective antistatic performance?
A: Dosage depends on resin type, film thickness, processing conditions, and required surface resistivity. It is typically used at low concentrations — generally ranging from 0.1% to 2% by weight — with optimization recommended via small-scale trials under end-use conditions.
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