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Electromagnetic Iron Remover with PLC Automatic Control, Oil Circulation Cooling, and Constant Current Design for Efficient Iron Removal

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Jinci(Tianjin)Magnetics Co.,Ltd.

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Electromagnetic Iron Remover with PLC Automatic Control, Oil Circulation Cooling, and Constant Current Design for Efficient Iron Removal

MOQ : 1

Current Control : Constant current design

Place of Origin : CHINA

Core Components : Magnetic system (iron core + coil), stainless steel/carbon steel housing, cooling system (oil cooling), iron unloading device

Cooling Method : Transformer oil circulation cooling

Packaging Details : Base support + Wooden case

Supply Ability : Strong

Control Mode : PLC automatic control + HMI human-machine interface

Price : 300,000

Delivery Time : 2 to 4 weeks

Payment Terms : T/T,BA

Product Name : Electromagnetic Iron Remover

Brand Name : JC

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Multi-Application Electromagnetic Iron Remover | For Lithium/PV/Food, Efficient Magnetic Impurity Removal

2. Core Selling Paragraph

Equipped with PLC automatic control system for auto iron removal, slag discharge and alarming, this remover is suitable for lithium battery cathode materials, PV materials, food raw materials and more; with oil circulation cooling + constant current control design and high-field-strength magnetic circuit, it efficiently removes ferromagnetic impurities to enhance product purity and safety, ensuring long-term stable equipment operation.

3. Product Specifications

Item	Specification
Product Name	Electromagnetic Iron Remover
Applicable Materials	Lithium battery cathode materials (LFP, ternary materials), PV materials (polysilicon, monocrystalline silicon), food raw materials (infant formula, baking ingredients), agricultural products (nuts, tea), glass raw materials (quartz sand, feldspar), etc.
Core Components	Magnetic system (iron core + coil), stainless steel/carbon steel housing, cooling system (oil cooling), iron unloading device
Control Mode	PLC automatic control + HMI human-machine interface
Cooling Method	Transformer oil circulation cooling
Current Control	Constant current design
Applicable Industries	Mining, metallurgy, coal, electric power, chemical, new energy, food processing, etc.

4. Product Introduction

This electromagnetic iron remover is designed for powder materials, efficiently removing ferromagnetic impurities in various fields:

New Energy: Eliminates impurities in LFP and ternary materials to improve lithium battery stability; enhances polysilicon/monocrystalline silicon purity to optimize solar cell photoelectric conversion efficiency.
Food Industry: Precisely adsorbs fine iron impurities in infant formula and high-end baking ingredients, meeting strict food safety standards.
Agriculture & Glass Processing: Removes impurities from nuts, tea, quartz sand and feldspar, increasing product added value and glass transparency.

The equipment features PLC automatic control for unmanned operation; it is equipped with an oil circulation cooling system and constant current control to ensure stable magnetic field; the carbon steel housing and hollow magnetic conductive medium form a high-field-strength sorting environment for excellent iron removal; optimized material distribution valves and buffer devices ensure smooth feeding with extremely low failure rates.

5. FAQ

Q1: What materials can this electromagnetic iron remover process?

A: It can process lithium battery cathode materials (LFP, ternary materials), PV materials (polysilicon, monocrystalline silicon), food raw materials (infant formula, baking ingredients), agricultural products (nuts, tea), and glass raw materials (quartz sand, feldspar).

Q2: How does it ensure efficient iron removal?

A: The electromagnetic coil forms a magnetic field loop with the carbon steel box, and the hollow cavity's magnetic conductive medium gathers the magnetic field, creating a high-field-strength environment for strong adsorption of impurities.

Q3: Is this equipment fully automatic?

A: Yes, it adopts PLC automatic control and HMI interface, supporting automatic iron removal, slag discharge, alarm, and unmanned operation.

Q4: How does the cooling system work?

A: It is equipped with a transformer oil circulation cooling system to protect the coil, and uses constant current control to maintain stable magnetic field strength even as coil resistance increases.

Q5: Which industries can this machine be applied to?

A: It is widely used in mining, metallurgy, coal, electric power, chemical, new energy, food processing, and other industries.

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