CONTENT TAG

Stable feeding

Browse products, technical articles and solutions filed under this tag.

Technical Articles

How to choose between an electromagnetic vibratory feeder and a motor-driven vibratory feeder?

Electromagnetic feeders are suitable for controlled flow rates ranging from small to medium, while motor-driven vibratory feeders are better sui…

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Technical Articles

Why is ferrous contaminant removal, screening, and uniform feeding required prior to eddy current separation?

Eddy current separation is not a standalone device. The recovery efficiency of non-ferrous metals is determined jointly by ferromagnetic pre-sep…

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Technical Articles

High-purity dry powder electromagnetic ferrous contaminant removal: feed stability and multi-stage magnetic separation

Dry powder ferrous contaminant removal requires thin, uniform, and controllable feed. Material agglomeration, moisture content, and magnetic med…

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Technical Articles

Dry-Process Roller Magnetic Separator—Feed Material: Particle Size, Feeding, and Results Evaluation

Roller-type dry magnetic separation is sensitive to particle size, moisture content, liberation, and thin-layer feeding. For standardized testin…

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Technical Articles

How to remove ferrous contaminants from powders prone to caking? Applicable conditions for a rotary magnetic separator

The rotating magnetic rod assembly can alleviate bridging of certain powders on static grids, but the moisture content, agglomeration strength, …

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Solution

Stable feeding, particle-size control, and ferromagnetic pre-separation for material recovery lines

This document explains how screening, vibratory feeding, suspended ferrous contaminant removal, and drum magnetic separation establish stable fe…

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Solution

Overview of Ferrous and Non-Ferrous Metal Separation in Material Recycling Lines

From crushing and screening, stable feeding, and ferromagnetic pre-separation to eddy current separation and material sorting verification, we d…

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Solution

Continuous ferrous contaminant removal of quartz sand, ceramic particles, and abrasive minerals

The evaluation methodology for mineral and ceramic particle projects is described, focusing on stable feeding of abrasive particles, wear-resist…

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Solution

Stable passage and ferrous contaminant removal for high-viscosity, easily settling, and heat‑preservation‑required fluids

For pastes, colloids, coatings, inks, syrups, and temperature-sensitive fluids, it balances magnetic capture, flow resistance, thermal insulatio…

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Stable feeding of high-purity dry powder, multi-stage magnetic separation, and sample verification

For battery materials, quartz, kaolin, ceramics, and fine chemical powders, it features stable thin-layer feeding, roll-type magnetic separation…

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Solution

Stable conveying and ferrous contaminant removal for powders that are hygroscopic, prone to caking, and likely to form bridging.

For powders that are fatty, hygroscopic, prone to caking, or have poor flowability, prioritize addressing bridging and blockages before selectin…

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Solution

Magnetic Impurity Control and Equipment Selection for Powder Production Lines

From feeding, storage, grinding, and mixing to packaging, this document outlines the typical ferrous contaminant removal points, equipment confi…

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