The cost-effectiveness of industrial investments depends heavily on optimizing performance data. In times of radical change around the globe, we have to think about the issue of economic success on a much larger scale.
The plastic scrap is shredded in the cutter bin by rotatingblades. Specially arranged guides ensure that the plasticscrap is further compressed in the direction of therotating blades.In the cutter bin. the additional plastic scrap is shredded,compressed, heated and fed into the extruder screw.The advanced extruder screw design allows for betterutilization of the material compaction from the cutter bin.This leads to an improved output rate at the desired highdegree of homogenization and low energy input.
A space-saving design, an energy-efficient drive and simple, intuitive operation. These are all features of the plastic recycling plant equipment E:GRAN, the re-processing technology for thermoplastic film edge trims and roll scraps.
The compact technology for scrap plastic products created in industrial processes of any type. The recycling machine combination focuses on high performance in a compact space.
The newest generation of this high-efficiency recycling technology provides a significant increase in energy efficiency and additional improvements to output rate for sustainable plastic waste processing.
Setting new standards in the high-output segment while at the same time working at maximum efficiency and with improved production capability.
"Next Generation Recyclingmaschinen GmbH (NGR), leading manufacturer of plastic recycling machines, has achieved a significant milestone in the Japanese market with the successful implementation of its PET bottle-to-bottle solution for Altech New Materials Co., Ltd. This ground-breaking project marks the first time an LSP (Liquid State Polycondensation) plant has been commissioned in Japan's high-tech industry, revolutionizing PET recycling and setting new standards for sustainability and quality..."
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