WEEE Electrostatic Separation

Plastic electrostatic separation machine, also known as electrostatic plastic separator, is a kind of equipment for mixing waste plastic material separation, often used in the field of plastic recycling.Plastic electrostatic separation can separate different materials of plastics, often used in plastic waste, household appliances shell crusher, electric vehicle crusher, toy crusher and other plastic waste ABS/PS/submerged PP/flame retardant ABS/flame retardant PS, PET, PVC, PA, PE, PA separation .

Electrostatic separators of particles:Application to sorting mixed plastic scraps for the recycling purpose.Like PET/PVC, ABS/PMMA, PS/ABS, PVC/rubber, PVC/PE,HDPE/PP,  PP/PS etc. Our Plastic Electrostatic Separators are designed to address the pressing challenges faced by plastic recycling companies, particularly the separation of difficult materials like black PP from PE. These machines are not only versatile—capable of handling mixed plastic scraps like PET/PVC, ABS/PMMA, PS/ABS, PVC/rubber, PVC/PE, HDPE/PP, and PP/PS—but also offer several competitive advantages: High Throughput: Our separators ensure large-scale sorting, making them suitable for operations requiring significant productivity without compromising efficiency. Low Carry-Out Ratio: The advanced technology minimizes the carry-over of unwanted materials, ensuring a cleaner output. High Sorting Accuracy: Precision sorting technologies ensure that even challenging materials like black PP and PE are separated with high efficiency. With these superior features, our separators significantly improve recycling efficiency and reduce operational costs, making them an ideal solution for recycling companies worldwide.

The Challenge of Plastic Sorting Plastic recycling presents unique challenges due to the diverse range of plastics in use. Different types of plastics—such as PET, HDPE, PVC, and more—often come in various colors, making manual sorting a daunting and inefficient task. Traditional methods relied on human labor to identify and separate plastics based on type and color, a process that was not only time-consuming but also prone to errors and inconsistencies. The Role of Plastic Color Sorters Plastic color sorters utilize advanced optical and sensor technologies to automatically detect and sort plastics based on their color. These machines are equipped with high-resolution cameras, sensors, and sophisticated software that analyze the color and type of each plastic item as it passes through the sorter. The sorter then uses air jets or mechanical arms to separate the plastics into different categories.

Coffee Cherry Sorter is frequently used to remove the defective coffee beans that were not removed during coffee processing or hulling. It can sort coffee cherry,olivie,berry,blueberry and all kinds of other fresh berry .Many countries sort coffee cherry beans by hand due to inexpensive labor, but for most countries investment in a color sorter machine is necessary.  

Plastic color sorter can sort discoloured flakes,flakes with stickers,non-transparent materials,metals and other foreign materials from good one .

This is our mini color sorter machine ,it can separate discoloured rejection from rice,coffee,beans, soybeans,sesame,plastic,nuts,barley,wheat,corn,dried shrimp etc .Capacity from 100-400kgs/h.

Application Range Non-metallic minerals: potassium feldspar, quartzite, talc, phosphate rock, calcite, dolomite, andalusite, fluorite, vermiculite, mica, bentonite, kaolin, barite, feldspar, quartz, calcium carbonate, pebbles, Cryolite, garnet, limestone, manganese ore, etc. Black ore: monocrystalline silicon, polycrystalline silicon Non-ferrous ore: copper, antimony, mercury, lead, zinc, tin, nickel, magnesium, cobalt, aluminum, bismuth, silica

Glass sorter can remove the stones,ceramics,metals and other impurities from good glass. Glass recycling plays a pivotal role in conserving resources and safeguarding the environment. However, not all glass waste is easily recyclable due to impurities mixed within. These impurities must be effectively removed for reuse. But how can we swiftly and efficiently separate them?   Manual sorting of glass is neither practical nor efficient. It's slow, expensive, and poses risks to workers. Moreover, manual sorting often yields subpar results in terms of the quality of sorted glass. Thankfully, there's a superior alternative: the glass color sorter.