INEXCO

 INEXCO

  • COOLING & MIXING

I N N O V A T I V E   E X T R U S I O N   C O N S U L T I N G

 
High material and thermal melt homogeneity is of crucial importance for the defect-free and low-fluctuation production of extruded products.

INEXCO's latest generation of meltcooler / mixer sustainably support these aspects.

As a customer, you benefit from significant cost savings, improved product quality and high energy savings.

In conjunction with a real-time viscometer, you can keep an eye on quality at all times.

 Contact us, we will be happy to advise you!
  • COOLING MIXER CMX
  • COOLING MIXER CMX
  • COOLING MIXER CMX
  • COOLING MIXER CMX

  • COOLING MIXER CMX

    The sectional view illustrates the unique, patented structure, which enables an optimum mixing and cooling effect of the melt and ensures a very short residence time.

    Even in complex mixing and cooling tasks, the optimal renewal of the boundary layers prevents solidified material from being deposited on the heat exchange surfaces and product decomposition from occurring.

    Completely new perspectives open up in terms of maximum throughput and the quality of the extruded product.

    The INEXCO meltcooler / mixer are available in various standard sizes, from small pilot applications to large production plants. INEXCO cooling mixer technology is generally suitable for mixing, cooling or heating any flowable media of higher viscosity.

  • COOLING MIXER CMX

    The sectional view illustrates the unique, patented structure, which enables an optimum mixing and cooling effect of the melt and ensures a very short residence time.

    Even in complex mixing and cooling tasks, the optimal renewal of the boundary layers prevents solidified material from being deposited on the heat exchange surfaces and product decomposition from occurring.

    Completely new perspectives open up in terms of maximum throughput and the quality of the extruded product.

    The INEXCO meltcooler / mixer are available in various standard sizes, from small pilot applications to large production plants. INEXCO cooling mixer technology is generally suitable for mixing, cooling or heating any flowable media of higher viscosity.

  • COOLING MIXER CMX

    The sectional view illustrates the unique, patented structure, which enables an optimum mixing and cooling effect of the melt and ensures a very short residence time.

    Even in complex mixing and cooling tasks, the optimal renewal of the boundary layers prevents solidified material from being deposited on the heat exchange surfaces and product decomposition from occurring.

    Completely new perspectives open up in terms of maximum throughput and the quality of the extruded product.

    The INEXCO meltcooler / mixer are available in various standard sizes, from small pilot applications to large production plants. INEXCO cooling mixer technology is generally suitable for mixing, cooling or heating any flowable media of higher viscosity.

  • COOLING MIXER CMX

    CROSS-SECTION OF THE MIXING AND COOLING ELEMENT

    The mixing and cooling element combines a static melt mixer with highly efficient integrated cooling in a compact design.

    This combination ensures uniform melt homogenization, optimal temperature control, and maximum process stability.

  • SIMULATION

  • SIMULATION

    With advanced CFD simulations, flow and temperature profiles can be predicted with precision. This turns the mixing and cooling element into a true high-tech component of your extrusion process - Digitally engineered, optimally cooled, perfectly mixed. Our experts ensure smooth integration for sustainable production success.

  • ECHTZEIT VISKOSITÄTSMESSUNG

  • ECHTZEIT VISKOSITÄTSMESSUNG

    In Zusammenarbeit mit DYNISCO bietet INEXCO eine breite Palette von Online-Rheometern an , von eigenständigen Instrumenten bis hin zu vollständig integrierten Lösungen, die auf Ihre Anwendungen zugeschnitten sind.

    Der VISCOSENSOR arbeitet nach dem Prinzip eines Kapillarrheometers im kontinuierlichen Betrieb. Ursprünglich für Polymer- und Kunststoffanwendungen entwickelt, ermöglichen sie eine präzise Messung der Viskosität oder verwandter Eigenschaften wie MFI oder iV.

    Die Online-Rheometer greifen nicht in den Hauptmaterialstrom ein und lassen sich leicht integrieren oder in bestehende Anlagen nachrüsten.