- HIGH EFFICIENCY Taking advantage of the heating principle made by IR lamps in a vacuum a lot of heat is granted to the polymer in a very small span, shortening the process time by a lot; the reactor is designed to also minimize the heat dispersion, avoiding almost any kind of energy waste.
- TRIPLE FUNCTION Maxymizer can be set on three different temperature thresholds, performing three different functions on demand: a 180 °C the material is dryed by extracting the water vapour, at 200 °C the contamination of now volatile compounds such as acetaldehyde is removed, and at 220 °C the material undergoes Solid State Polycondensation (SSP) which improves its quality via intrinsic viscosity (IV).
- LONG-TERM STORAGE Maxymizer employes a high-insulation storage tank designed to preserve the high temperature and low humidity conditions of the material achieved in the reactor, serving both as a reliable storage and as an extension of the thermal treatment
- DIFFERENT SIZES Maxymizer is designed in various sizes, from the 150 L typical of laboratories to higher volumes more easily found in production lines.
- COMPACT DESIGN The design aims to optimize the space by clustering together the loader, the reactor and the tank in a single structure in order to minimize the vertical dimension.
Maxymizer
Batch high-efficiency regrader
MAXIMIZER is the new batch high-efficiency regrader designed to dry, decontaminate and regrade polymers with low consumption, while also ensuring an effective storage for the material. Maxymizer aims to maximize the return on investment on recycled polymers
The material conveyed in a typical loader is discharged inside a reactor, within which the simultaneous action of IR lamps to heat the material, a vacuum pump to suck the gases and a mixing shaft ensures an homogeneous process of both drying, decontamination and regrading of the polymer, which is afterwards stored in a special tank that preserves its conditions and quality for long time.
Processes:
