Erema Coax Instalatie Reciclare Plastic

Erema instalatie de reciclare plastic Afis
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Transcript         Q      M       -     S      Y    S     T    E   M   N  A   C H D  I  N   E   N   I     S     O     9      0      0       1           Q       U        A      L      I      T      Y      S     Y     S   T    E   M  C  E R   T  F   I   E   D  T   O  I     S    O    9       0        0              1 COAX  Plastic Recycling System withintegrated single-shaft shredder    The plant design from Erema. The perfect addition to the “classic“ Erema system.  The COAX plant is ideal as an alternative for the reclaiming of  thermoplastic materials which would require separate sizeprereduction before feeding to smaller classic Eremaplants. The machine consists of a single-shaft shredder arrangedcoaxially with an extruder. Both single-shaft shredder andextruder are driven together via only one drive in astraightforward design. This enables direct, discontinuous plant  feeding with large-volume material portions which have not been reduced in size such as tangled PP tapes, polyamide fibrebales, PP fibre bales as well as lumps, crates, rolls of film(without paper core) etc. : Design features   The coaxial configuration of a single-shaft shredder with a single screw extruder enables a low-maintenancesystem design with only one main drive (patented) without (partially critical) 90 °  deflection of material streambetween single-shaft shredder and extruder.   The single shaft-shredder housing features spiral conveyor grooves (patented) to enable efficient, coaxial feedingof the extruder without the need of large amounts of costly compressed air, as is the case with other systems.   The pusher feed system with segment design enables a very flexible use of the system with consistently highcapacities (patented).  Minimum personnel requirements through discontinuous feeding with large-volume material portions whichhave not been reduced in size. No need for external pre-shredding in almost all cases.Multiple-use (turnable) series tungsten carbide knives at the cutting rotor for top wear resistance and maximumservice life.  Standard feature: touch screenwith recipe administration.Change of plant processing parameters(according to input material change)by single pushbutton. How the system works:  A   Feed Hopper   B   Single-Shaft Shredder (Cutter)  C   Main Drive  D   Segment Pusher System  E   Single Screw Extruder   F   Double degassing (optional)  G    Automatic, self cleaning melt filter   H   Pelletising system Innovation:Patented segment pusher systemincreases flexibility and throughput   The system can be fed with unshredded, large-volume feedportions (limited merely by the size of the feed hopper  A ) either  via conveyor belt, lifting and tipping device or stacker truck. It ispossible to integrate a reel feeder for the additional direct feedingof film from rolls. The single-shaft shredder  B , load-controlled via the segment type feed ram  D (patented), reduces the size of the material andconveys it directly, without deflections, into the downstreamextruder  E . Here, the pre-heated and precut material is carefully  turned into melt. After having passed a highly efficient doubledegassing section the melt is supplied to the fully automatic, self-cleaning filter  F .In the filter   G , the melt is effectively freed from solid, non-meltingimpurities and then directed on to an appropriate downstreampelletising system  H .See separate brochure for Erema filters andpelletising systems!  This innovative concept makes it possible to change the intake angleat the single-shaft shredder usingmenu selection. This in turn means that the process engineering of thesystem can be adapted automatically  to a wide field of application. Usinga feeder/pusher system comprisingseveral segments in the area of thesingle-shaft shredder enables cus- tomers to use the plant for varyingmaterial shapes, densities andproperties.For this reason, both heavy, well flowing and self-feeding materialsand also lightweight, bulky materialsand highly tear-resistant materials(such as fibres and tapes) can beprocessed equally well with one and the same plant. Cutter rotor with multiple-usetungsten carbide knives (Basic Layout)  Subject to technical modifications. Printed 10/2004 Owing to the reduced possibility of inspecting the feedstock as it enters the system (particularly in the case of e.g. large-volumebales, occasionaly contaminated with metal, stones etc.) the system is particularly suited to the preparation of clean production waste! Please ask for a demonstration/test run in our lab for your plastic waste.EREMA - Engineering Recycling EREMA EREMA JAPAN CORP.EREMA Shanghai OfficeMaschinen und Anlagen Ges.m.b.H.NORTH AMERICA INC.R.No. 202, 1-12-1, Hiranuma,Room 1304, Tomson Financial Building,Freindorf, Unterfeldstraße 3, P.O.B. 3823 Old Right Road - Unit#2Nishi-Ku, Yokohama, 220-0023710 Dong Fang Road, Pudong A-4052 Ansfelden/Linz, AustriaIpswich, MA 01938 / USAJAPANShanghai China (200122)Phone +43/732/3190 - 0Phone +1/978/356-3771Phone +81/45-317-2801Phone +86/21/6876 6201, 6876 6204Fax +43/732/3190 - 23Fax +1/978/356-9003Fax: +81/45-317-2803Fax +86/21/6876 Plant Sizes  Why Erema?  High-tech from the world market leader    Top-notch state-of-the-art recycling technology   Superior end product quality (pellet)  Best customer service and care and therefore safety for the user    Tailor-made, individual solutions possible through large engineering capacity with more than 30 years’experience in plastic recycling  Superb reliability, flexibility and productivity    Your best partner   TypeAverage output capacity (kg/h)(depending on material properties) PE min max100120130260270400400110170180300320500500 PA-Tapes, Film, Fibres min max90100-230-350-110150-300-470- PP-Tapes, Film, Fibres min max100120130250260350370110150170300310500500  63 E 100 E 100 200 E 200 300 E 300
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