Plastics washing line makes it possible to clean very dirty, printed or oiled films and packagings used in food packaging, industry and agriculture. The main elements of the line are made of high quality stainless steel, which makes them significantly more durable. We offer a number of different capacities of the machine (500, 1000, 1200 kg/h or multiples of these numbers). The final capacity is adjusted to the type of the material and the level of its dirtiness.

The high level of the automatization of the lines offered by our company makes it possible to optimize the production process, save energy and minimize necessary service personel.

The usage of the innovative machine (squeezer) for drying and compacting washed material at the ned of the washing line creates significant economic benefits in subsequent production process by reducing the storage space necessary for storing the material after washing ten times as well as eliminating the need to use the agglomerator on the extruder.

All the plastics washing lines are (each time) designed and configured with accordance of the individual demands of each Client.

Exemplary photos

Water treatment system for the plastics washing lines is equipped with many constructional and technological innovative solutions. It has got compact built and can be placed directly on the water containers without the necessity of taking some additional space.  It has got fully automatic steering system which makes  constant 24/7 operation possible. However, the most important feature of this system is self-sufficiency as well as  the operation opportunity without sewage connections and the purified water can be constantly used without the necessity of its replacement – which is invaluable profit for the environment.

In the water cleaning machine flotation substances mixed with dirty water  generate the separation of solid contaminants. The contaminants which are lighter than water float to the surface and are eliminated. At the same time, the contaminants which are heavier than water go down to the bottom of the container and are regularly drained to the sedimentary container.  In the middle of the container there in a collector through which the clean water is reversed to the circuit.

The separated contaminants go to a container as a solid waste.

Thanks to the innovative and compact construction of the machine it was possible to reduce the costs of the dehydration by 10 % in comparison with traditional machines