AWS-PE Cheap Ldpe Film Recycling Machine

Belt Conveyor

Shredder feed conveyors.

* Conveyor belt control devices with load correlation to avoid excessive shredder feed.

*Conveyor surrounded by a traction switch.

Optional metal detector for detecting metal contaminants to protect the shredder.

Shredder

*For reducing the size of plastic materials.

*35% more space for built-in hydraulic cylinders in the cutting chamber.

*Variable fast plunger movement.

* smaller footprint compared to conventional shredders with horizontal gates.

*Enclosed cutting chamber to prevent.

L-type belt conveyor

Sending the conveyor to the next machine.

L-belt conveyor connected to Trommel.

The conveyor is equipped with a traction switch around it.

Trommel

Remove stones, dust, loosen lids and small metals.

Pre-cleaner

*separation tank made of stainless steel.

*Discharge cylinders.

*Double discharge system for "heavy duty", 500 x 500 mm square electric valves.

*Pneumatic feed valve with automatic water level control by means of an electronic probe.

* Compressed air injection into the bottom of the tank with a compressor blower.

Crushers

* Optimized rotor and crushing chamber design reduces energy consumption and increases throughput.

*optimal rotor blades particularly suitable for heavy material crushing.

* precise clearance between the rotating and fixed knives and the design of the rotor ensure uniformity of particles and keep noise to a minimum.

Screw Loader

* To convey plastic flakes out of crusher into friction washer;

* Parts, that contact with water are made of SUS304.

Friction Washer

* Housing built in stainless steel, welded construction;

* Reinforced, mild steel and higher speed rotor;

* Oversized, outside mounted bearings;

* Stainless steel screen, hole size 3 mm;

* Stainless steel feed - and discharge hoppers for the plastic flakes;

* Water discharge at the bottom;

Electronic Control

* For separation of contaminants or other plastics with gravity > 1 g/cm³ from plastic;

* The separation tank as described above, built in stainless steel;

* Conveying paddles for submerging the material under the water surface;

* Discharge screw;

* Scraper conveyor for discharge of “heavies”;

* All drives AC force ventilated motors, to be controlled via frequency converters;

* Stainless steel separation tank body in "Multi Chamber" version for higher separation efficiency and final flake quality;

* With pneumatic water in-feed-valve, automatic level control via electronic feeler;

Dewatering Machine

* Easy maintenance;

* High effective drying and cleaning;

* Reinforced, mild steel and high-speed rotor with exchangeable padels;

* Stainless steel screen hole size 2-3mm in polygon version for higher washing /drying effect;

* Easy replacement of screens (segmental design);

* Housing built in mild steel, welded construction;

* Oversized, outside mounted bearings;

Pipe Drying System

With connecting pipes to the dryer;

Connecting pipes to the cyclone installed above the thermal dryer;

Parts in contact with material built in stainless steel.

Storage Silo

* No vertical screw, large base area, higher construction means greater volume;

* Greatly reduced power consumption, agitator breakages due to overloading are avoided;

* Dust free direct feed without a cyclone separator, better filling and easier dust separation possible;

* Lower operating costs for electricity and maintenance;

* No drive gear for an agitator mounted under the silo that would be difficult to protect against moisture and fines.