Luxury class-finish aesthetics for automotive interiors

Aliphatic TPU for automotive interiors
Material:
  •  Aliphatic Thermoplastic Polyurethane (TPU)

  • Market / Application:
  • Automotive interiors

  • Benefits:
  • High standard haptic finish
  • UV  & staining resistance for light colors
  • Option for renewable-sourced material

  • Your Challenge:

    Automotive interiors designers are constantly looking for improved aesthetics. Existing solutions such as PVC, TPEs or aromatic TPUs do not meet customer needs for light colors, durable and high class finish aesthetic parts.


    The Solution:

    Aliphatic TPU has exactly the right property profile and versatility to make it the material of choice for luxury automotive interior applications. For both light & dark color parts, OEMs can rely on Aliphatic TPU's excellent balance of scratch, staining resistance & UV performance. Blooming resistance, non-staining & non-yellowing appearance of aliphatic TPU versus competitive materials are illustrated in Figures 1, 2 and 3:
    Blooming Resistance

    Figure 1: Blooming Resistance
    Staining test

    Figure 2: Staining test - simulating a sweating effect after immersion in vinegar (at 65°C during 3 h.)
     
    UV test

    Figure 3: UV test
     
    In addition, Merquinsa's Pearlthane® ECO new green TPU technology has widened material options above, for automotive interiors with renewable-sourced grades which offer virtually the same benefits as standard TPU from petroleum-based sources.


    Application Examples:

    Gear Knobs, Bellows, Storage mats, Hand brake lever covers, Console lids, Glove boxes, Key compartments, Shutters, Pads, Front panels, Sun roof profiles...


    Summary of the performance obtained by using Aliphatic TPU:
    1.  Long term performance:
      • Superior abrasion/scratch resistance

    2.  High class finish aesthetics:
      • Non yellowing
      • Strong color stability upon UV exposure
      • Adequate for both light & dark colors
      • Unique staining resistance

    3.  Cost effective manufacturing solution:
      • Fast cycling
      • High Flow
      • Low density
      • Lower rejects
            
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