 | For cleaning of melt pipes, spinnerets, filters, pumps, spin packs, film blowing dies, injection molding tools, and other metallic parts | ||
| Suitable for different thermoplastic polymers, e.g. PET, PA, PP, TPE, PB, PBT, PC, PMMA, ABS, etc. | ||
| Economical because of short cleaning cycles (from 4 to 8 hours) and low energy consumption | ||
| Smooth cleaning process with exact temperature monitoring | ||
| Ecological because no solvents or detergents are necessary | ||
| Low emissions according to environmental protection laws | ||
| Easy and safe operation | ||
| Optional accessories, e.g. special loading baskets for optimum usage of machine space or loading devices for larger units | ||
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| Available with stainless steel vessel and piping for corrosive polymers | |
| Available with stainless steel vessel and piping for corrosive polymers |
 |  Melting phase
After heating up the cleanable parts under vacuum most of the polymer drips off into the separator. |
 |  Pyrolysis phase
Polymer that did not drip off during the first phase will be pyrolyzed under vacuum. The resulting gases are converted to carbon dioxide and water vapor in the catalyst converter. |
 |  Oxidation phase
Polymer residues that still exist after the pyrolysis phase will be burnt by controlled air supply. During this phase the exhaust gases also are converted in the catalyst. |
