Granulator

Granulators are size-reduction machines engineered to cut, shear, and reduce plastic scrap, sprues, runners, and reject parts into uniform, reusable granules. As a fundamental piece of equipment in any plastic processing or recycling facility, granulators form the backbone of closed-loop material recovery, enabling manufacturers to reclaim valuable plastic waste directly at the production line or in dedicated regrind operations.

Pulian's granulator range spans the All Purpose Granulator for general-purpose regrind, the Sheet and Film Granulator for lightweight sheet and film scrap, and the Slow & Silent Granulator, which uses a low-speed cutting action to reduce noise and heat buildup on the production floor. The lineup also includes specialized machines built for particular waste streams: the patented Wasted Plastic Aluminum Edge Board Crusher (ARC-250 Series) for aluminum-composite edge trim, and the Food Waste and Vegetable Crushing Machine (SW Series) for organic processing waste.

Across the range, hardened rotary blades and stationary knives are paired with interchangeable screens so operators can control output granule size, while reinforced cutting chambers and quick-access housings keep blade changes and routine maintenance straightforward. This combination of application-specific models and durable core construction lets Pulian granulators fit both beside-the-press regrind and centralized recycling setups.

Pulian granulators are suited to a broad spectrum of materials, including PE, PP, ABS, PVC, PET, nylon, and other engineering plastics, and are used across automotive, electronics, packaging, and general injection and extrusion facilities, as well as specialty waste streams such as aluminum-composite panel trim and food and vegetable waste.

Contact Pulian's engineering team today to discuss the optimal granulator model for your production environment and material requirements.

0

Sitemap Plastic Granulator Shredder Equipment Single Twin Shaft Shredder Equipment
Plastic Edge Recycling System