The 150 Plastic Grinding Mixing Granulator is a powerful industrial recycling solution designed to convert a wide range of plastic waste into reusable plastic granules. It integrates rapid grinding, continuous agitation, multi-knife milling, and controlled heating and cooling in one compact unit, making it an efficient and cost-effective choice for plastic recycling operations, manufacturing facilities, and processing plants.
The 150 Plastic Grinding Mixing Granulator is a powerful industrial recycling solution designed to convert a wide range of plastic waste into reusable plastic granules. It integrates rapid grinding, continuous agitation, multi-knife milling, and controlled heating and cooling in one compact unit, making it an efficient and cost-effective choice for plastic recycling operations, manufacturing facilities, and processing plants.
This machine is engineered to recycle and repurpose plastic waste by converting discarded films, bags, ribbons, soft pipes, foaming materials, and other degradable plastics into uniform granules that can be re-fed into production processes. It’s particularly suitable for:
Recycling wet or dry plastic bags, films, and sheets
Preparing recyclable plastic material for extrusion or molding
Reducing plastic waste and generating reusable raw material
Its versatility makes it ideal for plastics recycling businesses, production workshops, and manufacturers looking to improve sustainability and reduce material costs.
The granulator works by applying multiple mechanical processes in a seamless cycle:
High-Speed Grinding: Sharp, multi-knife blades rapidly break down plastic waste into smaller pieces.
Continuous Agitation: Internal mixing ensures uniform distribution and movement of material during processing.
Milling & Fractioning: Materials are milled and fractioned under heat to soften and reform the plastics.
Cooling & Contracting: After heat processing, the granules are cooled and contracted into solid, reusable pellets.
This combined method ensures effective recycling without damaging the basic molecular structure of the plastics, preserving material integrity for subsequent manufacturing needs.
| Specification | Details |
|---|---|
| Model | SS-150 |
| Barrel Capacity | 150 L — ample volume for significant processing batches |
| Output Capacity | 60–80 kg/hour — consistent productivity suitable for medium-scale operations |
| Main Motor Power | 18 kW — powerful drive for robust grinding performance |
| Water Adding Device | 125 W — assists in controlling temperature and plastic consistency |
| Heating Power | 1.5 kW — ensures efficient heat distribution during processing |
| Shaft Speed | 660 rpm — optimal rotational speed for effective cutting and mixing |
| Voltage Requirement | 380 V, 50 Hz, Three-Phase — industrial-grade electrical supply |
| Overall Dimensions | ~1500 × 700 × 1400 mm — compact footprint for its capacity category |
| Phase & Power | Three-phase industrial operation |
These specifications make the SS-150 model a strong balance between processing capacity and space efficiency, enabling reliable granulation without excessive energy or resource consumption.
Enhanced Recycling Efficiency: Convert a variety of plastic wastes into high-value granules that are easier to reuse or resell.
Cost Savings: Reduces need for new raw materials by repurposing existing plastics.
Robust Build: Designed for continuous industrial use, with durable components optimized for heavy workloads.
Space-Saving Design: Though capable of substantial output, the machine’s overall footprint is engineered to fit typical workshop or plant layouts.
Plastic recycling facilities
Manufacturing plants processing recycled plastics
Workshops converting waste films and soft plastics into usable material
Operations aiming to enhance environmental sustainability and reduce waste disposal costs