Environmental Air Granulator: Waterless Plastic Recycling

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Eco-Friendly Environmental Air Granulator for Dry Plastic Recycling

Investing in our innovative environmental air granulator delivers exceptional material recovery, dust-free resin granules, and eco-friendly operation without water consumption. Engineered to process rigid PVC, PE, PP, and engineering plastic scrap, this air-cooled recycling machine integrates heavy-duty shredding rotors, forced air-cooling chambers, and die-face cutting systems. Facilities achieve up to 98% material recovery rates while cutting operational energy costs by 25% compared to wet granulation lines. The waterless air-cooling architecture eliminates wastewater discharge and drying thermal costs, making it ideal for eco-conscious recycling plants. Equipped with dual vacuum degassing and auto-screen changers, the machine produces uniform, high-purity granules ready for immediate re-feeding into extrusion lines.
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Case Study

Waterless Rigid PVC Profile Scrap Recycling Project

A major window profile manufacturer integrated our environmental air granulator to reprocess factory offcuts and extrusion scrap directly back into production. Operating continuously at 450 kilograms per hour, the air-cooled system shredded and pelletized rigid PVC waste without water contamination or thermal degradation. The closed-loop air cooling circuit reduced electrical power consumption by 22% while eliminating $45,000 in annual wastewater treatment expenses. Recycled granules met strict melt flow index specifications, allowing the plant to re-feed 30% recycled content into prime profile formulations. The facility recovered its total capital equipment investment within seven months of full-scale commercial operation.

In-House Film Edge Trim Recycling for Packaging Line

Seeking an eco-friendly solution for inline recycling, a flexible film converter deployed our compact environmental air granulating unit. The machine processed PE film edge trims at 250 kg/h, converting light film scrap directly into dense, uniform granules using forced-air die-face cutting. Eliminating wet washing and thermal drying steps cut processing time by 60% and lowered scrap handling labor by half. Re-fed granules showed zero degradation, preserving optical clarity in blown packaging films. The converter boosted gross operating margins by 28% and received regional environmental certification for zero-wastewater industrial manufacturing operations.

Automotive Plastic Scrap Dry Pelletizing Operation

To process mixed polypropylene and ABS automotive trim offcuts, a specialized recycling plant installed our high-torque air granulator. The equipment processed shredded plastic scrap at a steady 500 kg/h rate, using multi-stage air blowers to cool polymer strands rapidly upon die-face cutting. Dust extraction cyclones collected fine particles, producing clean, free-flowing granules with precise dimensional uniformity. Processed regrind was sold to automotive molders at premium market prices, generating a 42% increase in recycling division profitability and diverting 3,500 tons of plastic waste from regional landfills annually.

Related products

Designed for eco-friendly plastic recycling, our environmental air granulator offers a high-purity, waterless solution for converting industrial plastic scrap into high-grade resin granules. Engineered to process rigid PVC, PE, PP, and engineering thermoplastics, the system combines high-torque shredding, forced-air strand cooling, and precision die-face pelletizing into one compact automated line. Eliminating liquid cooling troughs prevents water contamination and eliminates costly thermal drying stages. Integrated vacuum degassing ports extract volatiles, while automatic hydraulic screen changers filter solid contaminants down to 80 microns. Managed via an intuitive Siemens PLC touchscreen interface, operators control feeder speeds, air temperatures, and cutter rotation effortlessly. Our air granulating machinery delivers high material recovery, zero wastewater discharge, and outstanding operational profitability.

Frequently Asked Questions

How does an air granulator cool plastic granules without using water?

The machine utilizes high-velocity refrigerated air manifolds and vortex cooling cyclones directed across the die face and cutting chamber, instantly solidifying molten polymer granules as they are cut without water contact.
Our air granulators process rigid PVC, HDPE, LDPE, PP, ABS, PS, and thermal-sensitive engineering compounds, handling film trims, pipe offcuts, injection sprues, and shredded sheet scrap efficiently.
By eliminating water pumps, filtration tanks, centrifugal dryers, and thermal drying blowers, the system reduces electrical energy consumption by up to 25% and eliminates water purchase and wastewater disposal expenses entirely.
Routine maintenance involves cleaning air intake filter meshes, inspecting die-face cutter blades for sharpness, and checking cyclone dust collection bags according to our simplified factory maintenance schedule.

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Customer Testimonials

Jonathan Hayes
Outstanding Energy Savings and Zero Wastewater Discharge

Installing this environmental air granulator reduced our recycling power costs by 22% and eliminated wastewater expenses completely. Granule purity and density are exceptional across all production runs.

Gregory Vance
Excellent Granule Uniformity and Compact Factory Footprint

We recycle PVC profile scrap 24/7 on this air-cooled system. Eliminating water drying steps saved factory space, lowered labor costs, and improved our overall resin re-feeding efficiency.

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Waterless Forced-Air Cooling and Die-Face Pelletizing

Waterless Forced-Air Cooling and Die-Face Pelletizing

The core of our environmental air granulator features a waterless die-face cutting head coupled with a high-velocity air-cooling chamber. Molten polymer exiting the die plate is instantly sliced into uniform granules by variable-speed tungsten carbide knives. High-pressure refrigerated air blowers propel the cut granules through stainless steel cooling cyclones, dropping granule temperatures below glass transition points within seconds without water contact. This waterless architecture prevents hydrolytic polymer degradation, eliminates wet sludge handling, and removes costly thermal drying operations. By keeping resin granules completely dry throughout processing, the system produces high-density, free-flowing pellets ready for immediate direct re-feeding into extrusion and injection molding machines with zero moisture-related surface defects.
Dual Vacuum Degassing and Integrated Cyclone Dust Separation

Dual Vacuum Degassing and Integrated Cyclone Dust Separation

Melt purity and granule cleanliness are ensured by a dual-stage vacuum degassing extruder barrel paired with a cyclone dust separation unit. High-vacuum suction ports strip trapped air, volatiles, and moisture from the plastic melt before die-face cutting. Following pelletizing, air-conveyed granules enter a high-efficiency cyclone collector where fine plastic dust, stringers, and light impurities are separated continuously and deposited into designated collection bins. The clean, uniform granules pass through a final vibrating screen classifier to ensure exact size uniformity. This integrated purification and dust separation system guarantees crystal-clear, high-purity resin granules, maximizing material recovery rates and satisfying strict quality standards for high-spec industrial manufacturing applications.
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