PP PE PVC Foam Melting Granulator Machine Film Pelletizer Granule Machine

Product introduction:
Foam granulator has three types: split type, connected type and integrated type. It is suitable for PP, PVC, EPS foam, EPE pearl cotton, polystyrene PS, PE foam waste plastic as raw materials, processed into plastic particles, which can be used for electrical housing foam, making stationery, toys, KT board, etc. The granulator has a simple production process, low investment cost, high economic benefits, and is durable and has no vulnerable parts. The foam granulator is an ideal equipment for recycled granulation. The whole set of equipment consists of foam crusher, feeding fan, melting main machine, wire drawing auxiliary machine, screen head, granulator, etc.

Applicable materials:
The foam is processed into reusable PS recycled particles. This type of recycled particles has a wide range of uses and is suitable for the production of PP, PE, PS, ABS, PA, PVC, PC, POM, EVA, LCP, PET, PMMA and other plastics for recycling and mixed color granulation.

Production steps:
Raw material preparation: Plastic raw materials need to be recycled, cleaned, chopped into uniform small particles, and then slowly added into the hopper. Pretreatment: After the raw materials are added, they need to be pretreated.
Extrusion: During the extrusion process of the plastic granulator, the raw materials in the hopper are pushed forward by the screw. Under the set temperature and pressure, the raw materials are modified, plasticized, and then extruded from the head outlet. During the extrusion process, the quality indicators that need to be paid attention to include particle size, shape, and density.
Cutting: The extruded plastic particles need to be quickly cut to cut a continuous line of particles into individual particles. During the cutting process, it is necessary to ensure that the size and shape of the particles are stable and high in precision.
Cooling: The cut particles need to be cooled to ensure that the particles are completely solidified to avoid sticking together and affecting subsequent packaging and storage. Common cooling methods include vibration cooling, air cooling, etc. It mainly includes raw material preparation, pretreatment, extrusion, cutting, cooling, etc.

Specification: