BASF ULTRAMID B3WGM24 HPX PA6 Resin

BASF Ultramid B3WGM24 HPX is a Polyamide 6 (PA6) material reinforced with 30％ glass fiber and produced by BASF.

General Description of the Material

ULTRAMID® is a brand name for a family of polyamide (PA) materials manufactured by BASF. The letters and numbers in the name often provide clues about its composition and characteristics:

• B3WGM24 HPX: This code likely indicates:
  • B3: The grade of the material, often referring to a specific type of PA6 (Nylon 6).
  • WGM24:
    • A combination that probably signifies the material is reinforced.
    • The “GM” likely stands for Glass Micro-beads or Glass Microspheres.
    • Glass reinforcement significantly increases stiffness, strength, and dimensional stability.
  • HPX: This is likely a special designation for a specific grade, possibly indicating High Performance, High Impact, or another special feature tailored for particular applications.

Physical Properties

• Density: Measured in accordance with ISO 1183 standards, the density is 1.36 g/cc (0.0491 lb/in³).

Polymer Properties:

1. Base Material: Polyamide 6 (PA6)
2. Reinforcement: 30% Glass Fiber
3. Modification Features:
   
   • Balanced high – strength and high – rigidity, optimized for demanding applications.
   • Outstanding heat resistance and chemical resistance, suitable for harsh environments.
   • Excellent dimensional stability, ideal for injection molding of complex components.

Applications:

Ultramid® B3WGM24 HPX PA6 is a high-performance nylon 6 compound, likely reinforced with glass micro-beads.

The presence of glass reinforcement means this material would be an excellent choice for applications requiring enhanced mechanical properties and dimensional stability.

• Automotive Industry:
  • Structural Components: Housings, brackets, and support parts that need to withstand mechanical stress.
  • Engine Compartment Parts: Due to PA6’s good thermal resistance, it’s suitable for components like air intake manifolds, fan shrouds, and engine covers.
  • Interior and Exterior Components: Door handles, mirror housings, and gearshift knobs where a balance of strength, stiffness, and good surface finish is required.
• Electronics and Electrical Engineering:
  • Connectors and Housings: The high strength and stiffness are ideal for creating durable, dimensionally stable housings for electronic devices and electrical components.
• Industrial Goods:
  • Power Tool Housings: The material’s durability and impact resistance make it suitable for a protective housing for power tools.
  • Machine Components: Parts that are subject to wear and require high stiffness, such as gears and bearings.
• Consumer Goods:
  • Appliance Components: Parts for household appliances like washing machines or dishwashers that need to be strong and resistant to heat and chemicals.