New Equipments
WASHING LINE SYSTEMS
Introducing our Wash Systems with a capacity ranging from 5,000 lbs. /hr. to 10,000 lbs. /hr. These heavy-duty wash systems are designed to provide efficient and effective cleaning for a wide range of industrial applications.
Features
With their robust construction and advanced features, these wash systems are capable of handling even the toughest cleaning challenges.
They are equipped with high-pressure pumps, specialized nozzles, and customizable controls to ensure optimal cleaning results.
Whether you're looking to clean machinery, parts, or other industrial equipment, our Wash Systems are the ideal choice for any industrial cleaning needs. They are easy to operate, low maintenance, and built to withstand even the harshest environments. We offer solutions from AMUT. See characteristics of one of AMUT's Extrusion line as follows
MAIN TECHNICAL FEATURES
Material: 100% PET post-consumer bottles flakes
Available net width: 1.000 - 2000 mm
Configuration: 1 layer A, 3 layers A-B-A (alternative configuration upon request, up to 5 layers)
Sheet thickness: from 0.15 to 2 mm
Output: 1.000 – 1.500 kg/h
Speed of the line: max 60 m/min
ADVANTAGES OF AMUT-EREMA TECHNOLOGY
The PET sheet produced using 100% post-consumer bottle flakes is of high-quality and has FDA and EFSA certification.
The AMUT-EREMA system has a decontamination/dehumidification process that takes approximately an hour. This process eliminates any volatile contaminants present in the flakes, resulting in a sheet of better quality than any dryness co-rotating system.
The production of a non-fragile, perfect sheet is achieved without any IV (Intrinsic Viscosity) drops during production, and there are no restrictions on thickness. Tests have been carried out with a foil thickness of 1.5 mm.
It is possible to reduce the thickness of thermoformed items.
The PET sheet produced on the AMUT-EREMA line allows for an endless process of production starting from the first sheet, without any restrictions on the quantity of recycled material coming from the thermoforming process. The zero-drop in viscosity makes it possible to reprocess the PET sheet thermoforming skeletons.
