Product Introduction

Installed within material conveying pipelines, this iron remover uses an electromagnetic coil to generate a magnetic field that adsorbs ferromagnetic impurities from the material onto the pipe wall or magnetic media. Its compact structure suits enclosed pipeline systems and is widely used in chemical, food, pharmaceutical, and other industries, especially for powdered and granular materials. The pipeline wall uses special wear-resistant materials, doubling the service life .

Core Advantages

• Compact Structure:​ Installed within the pipeline, it occupies minimal space, ideal for space-limited applications .

• Good Sealing:​ Fully sealed structure, dustproof, rainproof, and corrosion-resistant, suitable for enclosed pipeline systems .

• High Efficiency:​ Uses high-gradient magnetic field technology to adsorb finer ferromagnetic impurities effectively .

Product Parameters

Application Case

Case: A Potassium Feldspar Processing Plant in Henan

This plant uses nine electromagnetic iron removers to produce over 350 tons of potassium feldspar powder (potassium content >10%) daily. The product has an iron content <0.1% and a whiteness degree over 70, reaching internationally advanced quality levels. Stable operation and effective iron removal significantly improve product quality and market competitiveness .

Q&A

Q1: Why does clogging occur?

A: This could be due to excessive ferromagnetic impurities in the material or high material viscosity. Clean the equipment regularly, check the iron content, and increase the iron removal frequency if necessary .

Q2: Why does the magnetic force weaken?

A: Possible reasons include magnet aging, magnetic core breakage, or coil damage. Inspect the magnet and coil, and replace them promptly if damaged .

Q3: How is the equipment installed?

A: Select the appropriate model based on the pipeline diameter. Install the equipment on the pipeline, ensure good sealing, connect the power and control lines, and adjust the magnetic field strength to a suitable value .