Thermoplastic polyurethane TPU Rolaserit

TPU FOR PROTOTYPING AND PRODUCTION: VERSATILE AND DURABLE THERMOPLASTIC POLYURETHANE

ROLASERIT® TPU is a versatile thermoplastic polyurethane ideal for parts that require flexibility, durability, and shock absorption. Its properties form a bridge between rubbers and plastics, resulting in a material that is smooth, flexible, and stress-resistant.

ROLASERIT® TPU is a versatile thermoplastic polyurethane ideal for parts that require flexibility, durability, and shock absorption. Its properties form a bridge between rubbers and plastics, resulting in a material that is smooth, flexible, and stress-resistant.

KEY APPLICATIONS

  1. Sports equipment and protective gear: TPU is widely used in athletic footwear, such as running shoes and ski boots, as well as padding for protective gear like helmet liners.
  2. Medical and orthopedic products: TPU’s versatility makes it an excellent choice for medical and orthopedic applications.
  3. Automotive components: TPU’s resistance to abrasion and corrosion from various oils and chemicals makes it well-suited for automotive components, seals, and window industry applications.
  4. Electronic device covers: TPU’s durability and flexibility make it an ideal material for covers and cases for electronic devices, such as mobile phones.
  5. Tools and shock absorbers: TPU’s properties make it suitable for various tools and components that require shock absorption.

CUSTOMIZABLE AND FINISHABLE

The light-colored powder used in printing produces white parts, which can be dyed afterward using a dip-dyeing technique for an even and durable color surface. This process doesn’t alter the part’s thickness. Post-processing options such as sanding and coatings are also possible.

Choose ROLASERIT® TPU when you need the best qualities of both plastic and rubber for your prototyping and production needs. The finished product will be flexible, durable, and smooth, catering to a wide range of industries and applications.

3D Printing Technique: Selective Laser Sintering (SLS)
Build chamber/max size: 320 mm x 320 mm x 600 mm
Layer thickness: 120 um
Dimensional accuracy: ± 0,4mm + ± 0,1mm/100mm

Read more:
> About Selective Laser Sintering
> Design Guidelines for Selective Laser Sintering

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