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TPU Flexa Performance Fresh [SLS powder] 6Kg

TPU Flexa Performance Fresh [SLS powder] 6Kg

TPU material that gives a possibility to create prints with really high elasticity.

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SKU SIN-FZ198 Category Tags , , , , , Brand:

Product description

Flexa Performance – High-Strength TPU Powder for Flexible SLS 3D Printing

Flexa Performance is a thermoplastic polyurethane (TPU) powder engineered for Selective Laser Sintering (SLS) 3D printing, offering a unique combination of high strength and flexibility. This material is ideal for producing durable, elastic parts that require excellent mechanical properties and resistance to repeated bending.

Key Features

  • Exceptional Tear Resistance: Ensures the longevity of parts subjected to mechanical stress.
  • High Flexibility: With elongation at break values exceeding 170%, Flexa Performance accommodates dynamic applications.
  • Chemical Resistance: Suitable for environments where exposure to chemicals is a concern.
  • Efficient Powder Reuse: Features a low refresh rate of 20%, promoting cost-effective and sustainable printing processes.

Technical Specifications

  • Material Type: TPU
  • Color: Light Grey
  • Compatible Printers: Lisa X
  • Refresh Rate: 20%
  • Melting Tempertature: 120–150°C
  • Softening Point (Vicat A50): 96°C

Applications

  • Seals and Gaskets: Ideal for components requiring flexibility and durability.
  • Flexible Joint Covers: Suitable for protective applications in mechanical assemblies.
  • Vibration Dampers: Effective in absorbing mechanical vibrations in various devices.
  • Footwear Components: Applicable in producing shoe soles and insoles.
  • Production Tools: Useful for creating flexible tools and fixtures in manufacturing settings.

Open System Compatibility

Flexa Performance is designed to work seamlessly with Sinterit’s open SLS 3D printing systems, particularly the Lisa X printer. The open system allows users to adjust printing parameters to optimize material properties for specific applications, providing greater control and flexibility in the manufacturing process.