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Croda’s Ionphase abSTAT provides instant static dissipation for ABS and polyolefin blends.
Long-lasting, permanent anti-static performance with low sensitivity to humidity changes
Easy to process in polymer blending and extrusion lines; excellent thermal stability
Recyclable formulation; preserves the physical and mechanical properties of substrates
No surface defects (fogging/migration); corrosion-resistant composition
Uniform conductive network for consistent and stable static dissipation
ABS, PP, PS, PE polyolefin and polyolefin blend substrates
ABS-polyolefin composite materials requiring instant static control
Extruded, injection-molded and blended polymer products for electronic packaging and industrial applications
Model | Ionphase abSTAT |
Volume Resistivity | 1E5 |
Density | 1.14 kg/m³ |
Melting Point | 175 - 206℃ |
Q1: What types of polymers is Ionphase abSTAT compatible with?
A: Ionphase abSTAT is designed for use in a broad range of thermoplastics and thermosets, including polyolefins (e.g., PP, PE), engineering plastics (e.g., ABS, PC, PA), and styrenic systems. Compatibility should be confirmed through formulation testing under intended processing conditions.
Q2: How is Ionphase abSTAT typically incorporated into polymer formulations?
A: It is commonly added during compounding—either via masterbatch dilution or direct dry-blend addition prior to extrusion or injection molding. Good dispersion is essential, and melt processing parameters should be optimized to ensure uniform distribution without thermal degradation.
Q3: Does Ionphase abSTAT affect the optical clarity or surface appearance of finished parts?
A: When properly dispersed and used within recommended dosage ranges, Ionphase abSTAT generally maintains good compatibility with transparent and semi-crystalline resins and does not significantly impair clarity, gloss, or surface finish. Performance may vary depending on base resin and processing history.
Q4: Is Ionphase abSTAT suitable for applications requiring long-term antistatic performance?
A: Yes—it provides durable, migration-based antistatic functionality that persists throughout the service life of many molded and extruded parts. Long-term effectiveness depends on environmental exposure (e.g., humidity, temperature) and physical wear, so end-use validation is recommended.
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