Heavy Duty PET Bottles Granulator

Heavy-duty plastic granulators with power ratings of 45kW to 75kW, such as those in the Rhong RG-56G Series , are designed for high-throughput processing of diverse plastic waste materials. These machines feature a range of rotor configurations, often utilizing V-cut technology, to efficiently handle various applications

These Heavy Dut Plastic Granulators are built with robust, fully-welded steel construction and precision-machined rotors to handle demanding applications.

High Throughput: They are engineered for high production rates, with capacity often ranging from hundreds to several thousand kilograms per hour.

Durable Components: Many models use wear-resistant materials like D2 steel for the blades and high-quality components from brands like Siemens and Schneider.

Easy Maintenance: Features such as inclined, split cutting chambers and hydraulic opening mechanisms facilitate quick access for cleaning and maintenance, reducing downtime.

A variety of rotor designs are available to optimize performance for specific materials.

V-Rotor (Standard): Often the default option, the forward-set V-blade configuration creates a highly efficient double scissor cut. This design is suitable for most material types, encouraging material to the center of the cutting chamber, which reduces power consumption and ensures even blade wear.

B-Rotor: Featuring rear-set blades to achieve a greater shear angle, this configuration is intended for lighter-duty applications and excels at processing flexible materials like plastic films.

A-Rotor: Specifically designed for film and winding materials, the staggered blades provide easy cutting and generate good air flow to reduce heat buildup in the chamber.

Specialized Rotors: Manufacturers also offer application-specific rotors, including options tailored for hard, thick plastic lumps (thickness over 15mm) or delicate

tasks on light plastics

The versatility of these granulators makes them suitable for a wide range of plastic recycling applications:

Hollow and Voluminous Materials: They can process large, bulky items like plastic drums, crates, chairs, and large blow-molded parts directly without manual cutting.

Flexible Materials: Materials such as films, woven bags, and rubber can be handled effectively, sometimes with specialized rotors or in a system that includes a compactor for feeding.

Tougher Materials: These machines are built to handle high-impact applications, including tough profiles, thick sheets, cast blocks, and general engineering plastics