The recently engineered MPD is effortlessly attachable at the die exit of our larger compounders. Furthermore, precise temperature control for the MPD is achieved through advanced electrical heating elements.

The newly designed TID can be easily mounted at the die exit of our larger compounders. The TID is accurately temperature-controlled via electrical heating element. Hence, it enables the user to have better control of the flow properties of the polymeric material inside the die.

Does the continuous compounding mode of the MC 40 micro-compounder deliver effective performance?

Utilizing our spiral mold allows for a rapid comparison of flow properties in highly filled systems, providing insights into sample viscosity.