General Introduction of Zig zag air separator . Air separator . The Zig Zag separator also known as an Air Classifier, is designed to remove light contamination; such as paper, label and dust from the plastic flake or other granular material. Single or multiple tower systems are available dependent on the throughput required.
Separation – Zig-Zag Separator Smart separation. High-quality recycling requires precisely separated plastic parts. In addition to density separation, we also offer zig zag air separation. The bulk weight determines the separation. Plastics with a low bulk density are sucked upwards, while heavy ground material falls downwards.
Zig-Zag Air Classifier. Our one of a kind zig-zag air classifier separates light weight contaminants from heavier plastics and is often included in our PET bottle recycling lines. On top utilizing this machine for separation, the air classifier also does an incredible job of …
Zig zag air separator application. B+B builds and supplies customized zig-zag air separators for two main points in the recycling process. First, for the separation of films or paper after dry cleaner and second, for the separation of fines and dust from the 'end product'. The zig-zag air classifier is commonly applied in the PET recycling ...
The zig zag separator is an excelle... See how well the Impact Air Systems' unit works within a Kiverco plant for Hadley Recycling & Waste Management in the UK. The zig zag separator is an excelle...
General Introduction of Zig zag air separator . Air separator . The Zig Zag separator also known as an Air Classifier, is designed to remove light contamination; such as paper, label and dust from the plastic flake or other granular material. Single or multiple tower systems are available dependent on the throughput required.
The Impact Zigzag separation system is a fully adjustable cascade cleaning solution, suitable for free flowing small fraction materials such as plastic flakes, and is designed to efficiently remove lightweight debris from the material stream.
The Zig-Zag Air Separators of the Stokkermill ZZ series arise from the need to remove the light part of heterogeneous materials through a flow of air in countercurrent, inside a zig-zag duct. They are generally installed after a crushing or grinding process to improve the quality of the output product.
The biggest and heaviest particles fall down through the zig zag separator and sorted out from the main flow. The lightest material is conveyed to the decantation cyclone. The device is provided with a movable flap that controls the material selection. ZIG-ZAG EV40. Model ZIG-ZAG EV40.
Applications. The zigzag air classification technology is ideally suited to low moisture, free flowing, consistently sized material particles up to approximately 60mm in size, where there is a noticeable difference in the product density or weight (i.e. separation of lightweight paper, film, dust and plastic from heavier stone, glass or metal).
The machine is designed as a mini-plant (Zig-Zag separator, cyclone and fan) with closed air circuit: air purified from the product leaves the cyclone and enters the fan, from where it enters Zig-Zag separator, forming closed air cycle. As a result, the separator works without filters and has smaller footprint*. * unlike open-circuit air separators
JOEST Zig-Zag Separator Sorting and separating technology from JOEST. The JOEST ZigZag Separator has a very precise separation process due to the multi-stage cross flow separation (8-15 separation stages). To reach stable operating condition, the JOEST ZigZag incorporates a specially designed ventilator rotor disk.
8414809090. Product Description. Zigzag Separator for PET Recycling Machine. Zig-zag separator can effectively separate the dust in the flakes, small plastic labels or film by taking advantage of the gravity and the special internal structure design. The label aspirator separates the label and fine impurities from the flakes by the negative ...
Zig Zag Air Separator. The starting material is conveyed into the zig-zag-shaped sifter channel through an airtight feed mechanism. Here, lighter materials are separated from heavier ones using a multiple cross-flow sifting process. The air required for this separation process flows from bottom to top through the sifting channel.
