Envalior Akulon S245-C PA66 Resin

Physical Properties

• Density (Dry): According to ISO 1183, dry density is 1.14 g/cc (0.0412 lb/in³), an unfilled, high-viscosity grade for extrusion or thick-walled parts.
• Water Absorption: Simulating ISO 62, water absorption is 9.0 %, the highest in the series, typical of unfilled PA66 and requiring strict drying protocols.
• Moisture Absorption: Under humidity conditions (sim. ISO 62), moisture absorption is 2.50 %, highlighting the polymer’s inherent hydrophilicity.
• Viscosity Number: Per ISO 307/1157/1628, viscosity is 330 cm³/g (3.30 dl/g), indicating slow melt flow suitable for high-strength applications.

Polymer Properties:

• Base Material: Polyamide 66 (PA66)
• Key Properties and Advantages:
  
  • Good Flow Characteristics: Known for its excellent melt flow, it can efficiently mold complex parts and thin-walled components.
  • Balanced Mechanical Performance: Akulon S245-C offers a strong combination of tensile strength, stiffness, and impact resistance.
  • Good Toughness and Durability: It has good impact resistance, making it suitable for parts that may be subjected to moderate shocks or drops.
  • Chemical Resistance: Like other PA66 grades, it shows good resistance to many chemicals, including oils, greases, and fuels.

Applications:

The combination of good flow and balanced mechanical properties makes Akulon S245-C a great choice for various unreinforced, general-purpose applications.

1. Consumer Goods: Components for small appliances, furniture parts, and durable goods where toughness and good aesthetics are important.
2. Electrical and Electronics: Housings for power tools, electrical connectors, and various switches. Its durability and good electrical properties make it a reliable choice.
3. Automotive Industry: Functional parts like clips, fasteners, brackets, and small covers that don’t require the extreme strength or heat resistance of reinforced grades.
4. General Engineering: A reliable material for a wide variety of parts that require a good balance of strength and processability.