Simullex GmbH

Thomastr. 7, 92665 Altenstadt
Deutschland
Telefon +49 9602 6175448
Fax +49 9602 6175449
info@simullex.com

Hallenplan

glasstec 2018 Hallenplan (Halle 13): Stand G39

Geländeplan

glasstec 2018 Geländeplan: Halle 13

Ansprechpartner

Mahdie Moaveni

Geschäftsführerin-CEO

Telefon
+4915112130275

E-Mail
moaveni@simullex.com

Unser Angebot

Produktkategorien

  • 01  Glasherstellung/Produktionstechnik
  • 01.04  Glasschmelztechnik
  • 01.04.02  Vorherdtechnik

Vorherdtechnik

  • 01  Glasherstellung/Produktionstechnik
  • 01.04  Glasschmelztechnik
  • 01.04.03  Glasschmelzwannentechnik

Glasschmelzwannentechnik

  • 01  Glasherstellung/Produktionstechnik
  • 01.04  Glasschmelztechnik
  • 01.04.06  Regenerativsysteme

Regenerativsysteme

  • 06  Contracting, Consulting, Engineering, Dienstleistungen

Contracting, Consulting, Engineering, Dienstleistungen

Unsere Produkte

Produktkategorie: Vorherdtechnik, Glasschmelzwannentechnik, Regenerativsysteme, Contracting, Consulting, Engineering, Dienstleistungen

OUR SERVICE

Simullex provides professional technical consulting to glass manufacturing companies, Furnace suppliers, Engineering and project Management companies involved in Glass Industries, meeting the needs of our international customers. We offer our customers individual, high-quality technical solutions.

Our competence is mainly the conduction and evaluation of studies of the melting concept using the computer-based CFD simulation of melting and conditioning processes of all types of glass.

Advanced computer modeling and analysis of glass melting furnaces is a reliable tool, which allows you to forecast and visualize effect of any changes in geometrical and operational parameters prior to implementation. It is useful in elementary stage of new furnace concept development as well as performance optimization of existing furnaces.

We place special focus on a close collaboration and superior service in order to bring innovative concepts which conduct to:

Optimum furnace concept with highest level of functionality
Performance optimization of existing furnaces
Validation of proposed implementations

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