Technology

Here comes a subtitle

Our technologies

Automation

Main process features:

  • Indirect heating of the mold cavity
  • The absence of moist and condensate in the fusion process
  • This triggers process speed and energy consumption ánd fusion of the expanded particles.

This allows for:

  • Lower production times (up to 50%)
  • Lower energy consumption (up to 50%)
  • No pollution of steam and cooling water
  • Higher product quality

Application area: primarily for thin (2 – 50 mm) and complex shaped parts

Testing

Main process features:

  • Indirect heating of the mold cavity
  • The absence of moist and condensate in the fusion process
  • This triggers process speed and energy consumption ánd fusion of the expanded particles.

This allows for:

  • Lower production times (up to 50%)
  • Lower energy consumption (up to 50%)
  • No pollution of steam and cooling water
  • Higher product quality

Application area: primarily for thin (2 – 50 mm) and complex shaped parts

Labeling

Main process features:

  • Indirect heating of the mold cavity
  • The absence of moist and condensate in the fusion process
  • This triggers process speed and energy consumption ánd fusion of the expanded particles.

This allows for:

  • Lower production times (up to 50%)
  • Lower energy consumption (up to 50%)
  • No pollution of steam and cooling water
  • Higher product quality

Application area: primarily for thin (2 – 50 mm) and complex shaped parts

Pre-expansion

Main process features:

  • Indirect heating of the mold cavity
  • The absence of moist and condensate in the fusion process
  • This triggers process speed and energy consumption ánd fusion of the expanded particles.

This allows for:

  • Lower production times (up to 50%)
  • Lower energy consumption (up to 50%)
  • No pollution of steam and cooling water
  • Higher product quality

Application area: primarily for thin (2 – 50 mm) and complex shaped parts

Dry moulding

Main process features:

  • Indirect heating of the mold cavity
  • The absence of moist and condensate in the fusion process
  • This triggers process speed and energy consumption ánd fusion of the expanded particles.

This allows for:

  • Lower production times (up to 50%)
  • Lower energy consumption (up to 50%)
  • No pollution of steam and cooling water
  • Higher product quality

Application area: primarily for thin (2 – 50 mm) and complex shaped parts

We are happy to help you

Our colleagues are available to meet and discuss all possible options together.

+31 (0) 342 490 899
info@thermoware.com