DSM Arnitel® ID 2060 HT (TPC) - Black

DSMSKU: 80112

Filament Diameter: 1.75 mm

Shipping calculated at checkout

Only 3 units left
  • Ordered before 16:00, ships same day!
  • Free Shipping!
  • Return within 14 days

Questions about this product? Contact us!

phone: 085 047 1414 or send a mail.

Business order? then click here


Arnitel® ID2060 HT is the first high performance TPC filament that combines flexibility with durability exposure to high temperatures and chemical resistance and strength. This one combination makes it suitable for printing demanding parts for example placed under the hood of a car. The printed parts will withstand high temperatures of 175 ° C (1000 hours) or 190 ° C (500 hours) and chemicals such as EGR condensate.

Possible applications.

  • Air-fuel management systems, car engine screens.

  • Gaskets and seals for cars.

  • Aluminum and rubber replacement for light applications in the car under the hood.

  • Tubes in front appliances.

Benefits & properties.

  • The first high temperature TPC filament on the market.

  • A unique balance of flexibility, sustained high temperature and chemical resistance.

  • Shore hardness of D 61.

Global printing guidelines.

  • Nozzle size: ≥ 0.25mm

  • Layer height: ≥ 0.1mm

  • Flow rate: ± 100%

  • Print temp: ± 220 - 245 ° C

  • Print speed: Low / Medium

  • Retraction: No.

  • Heat bed: ± 80 - 120 ° C

  • Fan speed: 0%

  • Experience level: Intermediate.

  • Printing surface: Ultem PEI sheet.

  • Enclosed printer needed: Preferred

  • Heated Build Chamber: Preferred

To keep from Arnitel 2060-HT filament.

Arnitel® ID 2060-HT is supplied in one airtight, moisture-resistant packaging with a moisture content <0.05 w%.

To increase moisture absorption the supplied packaging must be closed and undamaged kept. For the same reason, partially used bags should be used sealed before being stored again. Leave the material elsewhere is stored, adapt to the temperature in the processing area while the bag remains closed. To prevent moisture condensation on filaments To prevent this, bring cold filaments to ambient temperature in the workshop while keeping the package closed.

DSM Plastics Finder

For more technical information and guidelines you can use the DSM Plastics Finder see. 

You can pay securely with

Apple Pay Google Pay iDEAL Maestro Mastercard PayPal Visa

Your payment information is processed securely. We do not store credit card details nor have access to your credit card information.

You may also like

recently viewed