Material Separators
AirWash System
For cleaning/dedusting of plastic regrind to be re-used in the production line.
Kongskilde’s AirWash™ system is a cutting-edge solution for cleaning and dedusting plastic regrind materials, enabling the simultaneous conveying and cleaning of plastic pellets and granules for recycling. This dedusting system stands out in the market as it efficiently combines material transport with an advanced air-cleaning process, optimizing both productivity and material quality.
The AirWash system utilizes a powerful blower to vacuum and convey plastic regrind materials from sources such as granulators or debagging stations directly to the AirWash separation cyclone. The AirWash creates vortexes within the system to separate and clean plastic regrind, allowing for immediate reuse or storage.
How the AirWash System Works for Material Dedusting and Recycling
The AirWash system offers an innovative approach to material separation and cleaning, critical for facilities seeking to maximize the quality of recycled plastic. By removing unwanted fines and dust, the AirWash enhances material cleanliness and boosts the value of reprocessed plastics.
As resin prices rise and recycling gains importance, the AirWash system provides an efficient and economical solution for handling plastic regrind. This aspiration-based dedusting system uses a two-step cleaning process to achieve precision separation:
- Cyclone Separation: Material enters the separation cyclone, where air vortexes clean the plastic regrind, removing fines and impurities.
- Cascade Cleaning: In the cascade section, material falls by gravity through adjustable vacuum slots, ensuring thorough cleaning.
Once processed, the clean regrind can be reintroduced directly into the production line, making the AirWash system ideal for in-house recycling and consistent, high-quality material output.
Compatible Materials for the AirWash Dedusting System
The AirWash system is versatile and supports a wide range of plastic materials commonly used in industrial applications. Examples include:
- PP
- PET
- PE
- HDPE
- Nylon
- Fibers
- ABS
- Carpet
- Rubber
- Acrylics
- Polystyrene
- and more
Key Benefits of the AirWash System
- Improved Production Cleanliness: Removes dust and fines, reducing facility cleanup requirements.
- Increased Material Throughput: Efficiently handles large volumes of plastic regrind.
- Enhanced Reuse of Scrap: Maximizes recycling potential and reduces raw material costs.
- Higher Quality Regrind: Produces cleaner, more consistent regrind for seamless reintegration into production.
- Optimized Production Efficiency: Supports continuous operation, minimizing downtime.
Unique Features of the AirWash System
The AirWash system’s modular design and advanced features make it easy to integrate into existing production facilities and adjust to specific operational needs:
- Modular Components: Flexible installation options for easy integration.
- Swivel Hinge for Blower: Enables quick inspection, cleaning, and maintenance.
- Antistatic Eliminator: Optional antistatic feature near the material outlet for handling static-prone materials.
- Filter Bag Manifold: Available with collection drums for batch processing or for continuous operation.
- Optional Dust Cyclone with Airlock: Provides additional dust control when used with the filter bag manifold.
Downloads
Download brochures, data sheets, manuals, and spare parts lists for the AirWash.
AirWash Model Comparison
Compare available AirWash series models. Visit the downloads section for more information.
AirWash 50E | AirWash 100E | AirWash 150E | |
---|---|---|---|
Blower, kW (hp) | 4 (5) | 7.5 (10) | 11 (15) |
Rotary valve, kW (hp) | 0.55 (0.75) | 0.55 (0.75) | 0.55 (0.75) |
Max. conveying output (Appr. Capacity subject of test), kg/h | 225 – 450 | 450 – 900 | 900 – 1300 |
AirWash Videos
Learn more about the Kongskilde AirWash and see it in action in the videos below.
AirWash Applications
The AirWash system is designed for the efficient separation, dedusting, and conveying of a variety of plastic materials, such as plastic pellets and granules. Its flexible design and high efficiency make it suitable for a broad range of industrial applications, particularly in facilities focused on recycling and material reuse.