Up to 50% weight loss, Promix to showcase innovative micro-foaming process at K 2022

At K 2022, Promix Solutions will present solutions for mixing, foaming and cooling of polymer melts, demonstrating how innovation can lead to cost savings and a reduced carbon footpri.

For the production of lightweight foams such as XPS, XPP, XPE, XPET, Promix will show how to use P1 cooling mixing technology to achieve better mechanical properties and lower foam densi.

It will also demonstrate advanced solutions for efficient cooling (tempering) of viscous media as well as in-line viscosity measureme.

Promix Microcellular technology forms a microcellular foam structure in polymers by adding environmentally friendly atmospheric gases (N2 and CO

Microfoam technology components assembled by Promix Solutions

For the mechanical properties of the physically foamed parts, it is a decisive advantage to achieve as fine-celled foam structure as possib.

During the Covid-19 pandemic, the company optimized and upgraded physical foam extrusion and conducted various tests in its in-house technology cent.

The extremely fine cell structure means excellent mechanical properties comparable to non-foamed trays of the same thickne.

In addition to packaging films, Promix microfoaming technology is also suitable for sheets, foam cores and bellows as well as profiles, cable jackets, blown and blown fil.

Promix micro-foaming technology can be used on almost all raw materials such as PP, PE, PET, TPE, TPU, PA, rigid and flexible PVC and bioplasti.