Wind Sifting Unit
Wind sifting units, like the AIRFIX V 60, provide an efficient solution for removing lightweight impurities such as plastic films and bags from screened material. Designed to integrate seamlessly with trommel or star screening machines, these compact units use powerful airflow to separate contaminants, improving material purity in applications such as composting, recycling, and waste processing.
Wind Sifting Unit Products
1 Machine
Wind Sifter Unit
Wind sifter units use advanced air‑separation technology to remove lightweight contaminants from a variety of waste streams with exceptional efficiency. By directing controlled airflow through the material flow, these systems lift out plastics, films, paper and other light impurities, resulting in significantly cleaner, higher‑quality output. Suitable for mixed waste, compost, biomass, C&D material and RDF production, wind sifters help operators achieve purer fractions, improved recovery rates and more consistent processing results. Their durable construction, wide adjustment range and seamless integration with existing recycling equipment make them a valuable solution for increasing operational efficiency and enhancing overall recycling performance.
What Is Air Separation?
Air separation uses controlled airflow to split materials by weight. Lightweight plastics, films and paper are lifted away while heavier items fall through, improving purity, cutting manual sorting and preparing material for cleaner downstream processing.
Is Air Separation Effective?
Air separation removes light plastics, fibres and debris from organic waste, helping create cleaner compost and higher‑quality biomass. By reducing contamination early, it improves biological efficiency and ensures organic outputs meet required quality standards.
Fitting Versatility
Wind sifters offer flexible installation and integrate easily into new or existing recycling lines. They work well after shredders, trommel screens or star screens, with adjustable airflow and modular designs suited to different waste streams.