APPLICATION SOLUTIONS
Explore suitable routes for powders, liquids and slurries from the operating conditions rather than applying one case to every material. We confirm the solution together using the material, throughput, contaminants and site conditions.
APPLICATION FIELD
From material unloading, storage, crushing, and blending to conveying and packaging, we collaboratively design magnetic separation, feeding, automated cleaning, and metal detection solutions based on powder flowability, contaminant types, and production requirements.
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From feeding, storage, grinding, and mixing to packaging, this document outlines the typical ferrous contaminant removal points, equipment configurations, and co-development approaches in powder processing lines.
Explore the Overall Selection ApproachTYPICAL CONDITIONS
Choose the entry point closest to your site conditions. If no page matches exactly, we can develop a solution together based on the actual requirements.
Powder Applications and Equipment Selection
For flour, starch, sugar, salt, resin powder, and other powders with good flowability, this document outlines the magnetic separation configurations …
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Powder Applications and Equipment Selection
For powders that are fatty, hygroscopic, prone to caking, or have poor flowability, prioritize addressing bridging and blockages before selecting rot…
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Powder Applications and Equipment Selection
For battery materials, quartz, kaolin, ceramics, and fine chemical powders, it features stable thin-layer feeding, roll-type magnetic separation, and…
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Powder Applications and Equipment Selection
This document explains the distinct roles of magnetic separation equipment and metal detectors in the pre-packaging stage of powder processing, and h…
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Based on viscosity, temperature, solids content, flow rate and pressure, target impurity specifications, and cleaning requirements, design pipeline magnetic filtration systems, insulated jackets, automatic cleaning mechanisms, electromagnetic high-gradient units, and mobile recirculation configurations.
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From unloading, storage tanks, pumping, grinding and mixing, through circulation processing to filling, we map out the magnetic filtration points, equipment configurations, and validation methods in liquid and slurry production lines.
Explore the Overall Selection ApproachTYPICAL CONDITIONS
Choose the entry point closest to your site conditions. If no page matches exactly, we can develop a solution together based on the actual requirements.
Liquid and Slurry Applications
For process liquids with relatively good fluidity, this document outlines the differences in design and validation between discharge operations, pre‑…
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Liquid and Slurry Applications
For pastes, colloids, coatings, inks, syrups, and temperature-sensitive fluids, it balances magnetic capture, flow resistance, thermal insulation, re…
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Liquid and Slurry Applications
For ceramic, mineral, battery, and fine chemical slurries, the explanation covers stable feeding, high-gradient magnetic media, backwashing and disch…
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Liquid and Slurry Applications
When retrofitting fixed pipelines is temporarily impractical, employ mobile pumping, magnetic filtration, and recirculation systems to serve multiple…
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It covers grain, plastic pellets, recycled flakes, mineral particles, and bulk materials on conveyor belts, with magnetic contaminant‑removal solutions selected based on free‑fall, chute, vibratory feeder, and belt conveyor operating conditions.
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From free-fall systems and chutes to vibratory feeders and belt conveyors, we map the locations for magnetic contaminant control in granular, flake, and lump bulk materials, along with equipment routing and on-site verification requirements.
Explore the Overall Selection ApproachTYPICAL CONDITIONS
Choose the entry point closest to your site conditions. If no page matches exactly, we can develop a solution together based on the actual requirements.
Granular and Bulk Materials
Outline the locations and cleaning methods for controlling magnetic contaminants in grain and food particles, covering unloading points, hoppers, bat…
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Granular and Bulk Materials
For virgin materials, recycled materials, crushed fragments, and recycled pellets, we map out magnetic and non-ferrous metal control strategies acros…
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Granular and Bulk Materials
The evaluation methodology for mineral and ceramic particle projects is described, focusing on stable feeding of abrasive particles, wear-resistant d…
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Granular and Bulk Materials
For heavy‑load conveying applications involving ores, coal, aggregates, wood, and recycled materials, this document outlines the methods for verifyin…
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It covers recyclables such as plastics, glass, wood, biomass, and construction and demolition waste, generating evaluable product streams through pretreatment, stable feeding, ferromagnetic pre-separation, and nonferrous metal sorting.
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From crushing and screening, stable feeding, and ferromagnetic pre-separation to eddy current separation and material sorting verification, we design engineering workflows for resource recovery lines that generate distinct product streams.
Explore the Overall Selection ApproachTYPICAL CONDITIONS
Choose the entry point closest to your site conditions. If no page matches exactly, we can develop a solution together based on the actual requirements.
Resource Recycling and Metal Sorting
This document explains how screening, vibratory feeding, suspended ferrous contaminant removal, and drum magnetic separation establish stable feed co…
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Resource Recycling and Metal Sorting
For bottle flakes, shredded waste, recycled pellets, and rubber granules, the equipment is differentiated to provide material protection, ferromagnet…
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Resource Recycling and Metal Sorting
With respect to the abrasion, particle size grading, and uniform material distribution of glass cullet, this describes the conditions for the pre‑sep…
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Resource Recycling and Metal Sorting
For nails, bolts, reinforcing bars, and irregular ferrous objects, this document outlines an integrated approach encompassing pre-crushing protection…
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