Yuebang solid waste separator utilizes AI-driven sensors and multi-layer separation (magnetic/eddy current/airflow) to efficiently sort metals, plastics, organics, and inert materials from mixed waste streams. Operating at 10-25T/H with 98% purity, this CE-certified system adapts to municipal, industrial, or construction waste, extracting recyclables and reducing landfill volume by 60%.
In metal industrial applications, separators play a pivotal role, bringing multiple key benefits.
First, they enhance metal purity. Separators effectively remove impurities like non-metallic particles or unwanted alloy elements from metal batches. This is crucial for producing high - grade metals used in aerospace and electronics, where purity directly impacts performance.
Second, they improve production efficiency. By streamlining the separation process, they enable continuous operation. For instance, in large - scale metal recycling, separators quickly sort different metal types, reducing manual labor and accelerating the recycling cycle.
Finally, separators contribute to cost savings. They minimize waste by accurately separating valuable metals, allowing for better resource utilization and cutting down on the need to purchase new raw materials.
In the metal - sorting industrial landscape, innovative separator technologies drive progress. Magnetic separators use high - intensity magnets to attract and extract ferrous metals precisely. Eddy current separators generate magnetic fields to repel and separate non - ferrous metals. X - ray separators identify and sort metals based on density differences. These techs boost efficiency, purity, and sustainability in material processing.
Metal separators use different principles. Magnetic separators attract ferrous metals with magnetic fields. Eddy current separators create alternating magnetic fields to repel and separate non-ferrous metals. X-ray-based separators analyze the density and atomic structure of materials to identify and sort metals.
They can separate a wide range. Magnetic separators target ferrous metals like iron and steel. Eddy current separators are effective for non-ferrous metals such as aluminum, copper, and zinc. X - ray separators can distinguish between various metals based on their unique X - ray absorption characteristics.
Yes, many industrial-grade metal separators are designed to process large volumes. They can be integrated into high-throughput production lines or recycling facilities. Their capacity varies based on the model and application, but they are engineered to meet the demands of large-scale material processing.
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