Sabic CYCOLAC EX39 (F) ABS Resin

Physical Properties

• Specific Gravity: ASTM D792 records 1.03 g/cc, a high-impact ABS for extrusion and blow molding, ideal for sheets and hollow parts.
• Viscosity: Melt viscosity is 1.52e+6 cP at 100 1/s shear rate and 240°C (ASTM D3825), typical for extrusion processes requiring high melt strength.
• Linear Mold Shrinkage, Flow: SABIC method shows 0.0070–0.0090 cm/cm at 3.20 mm thickness, slightly higher for flexible extrusion applications.
• Melt Flow:As per ISO 1133 standards, at a temperature of 220 °C(428 °F) under a load of 10.0 kg(22.0 lb), the melt flow rate is 4.0 g/10 min (4.0 cm³/10 min).

Polymer Properties:

• Base Material: Acrylonitrile Butadiene Styrene (ABS)
• Modification Features:
  
  • Ultra-high impact resistance for heavy-duty extrusion and blow molding applications.
  • Excellent processability for forming large-scale structural components.

Applications:

1. Automotive and Transportation
   • Application: Used in automotive components such as interior and exterior trim parts, including panels and covers, due to its high impact resistance and aesthetic properties.
   • Data/Evidence: CYCOLAC EX39 is noted for its high dimensional stability and excellent colorability, making it suitable for automotive applications requiring robust and visually appealing parts.
2. Building and Construction Sheets
   • Application: Employed in the production of construction sheets for applications like wall panels, roofing sheets, and cladding due to its toughness and high gloss finish.
   • Data/Evidence: The resin is described as the “highest impact extrusion ABS for sheet and blow molding applications,” with high fatigue and chemical resistance, making it ideal for durable construction sheets.
3. Electrical and Electronic Components
   • Application: Utilized in manufacturing electrical enclosures, wiring devices, and electronic component housings due to its good electrical properties and dimensional stability.
   • Data/Evidence: CYCOLAC EX39 offers “good electrical propositions” and is suitable for processing at a melt temperature of 210-240°C, ensuring reliable performance in electronic applications.
4. Head Protection and Safety Equipment
   • Application: Used in the production of safety helmets and other protective gear, leveraging its high impact resistance and toughness.
   • Data/Evidence: The resin’s high impact resistance and dimensional stability make it suitable for safety equipment, ensuring durability under stress.
5. LED Lighting Components
   • Application: Applied in LED lighting fixtures and covers due to its excellent colorability, high gloss, and durability.
   • Data/Evidence: The material’s ability to maintain aesthetic quality and its processing versatility (drying temperature of 80-95°C and mold temperature of 40-90°C) support its use in LED lighting applications.