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Overview
Stainless steel Magnetic filter is capable to removing iron contaminants (such as rust iron, iron particles) and other small ferromagnetic impurities. It can effectively improve the product purity on production line, and protect key equipment from destruction resulted in by iron particles.
Parameter
Quantities:1,4,5,6,7,9
Shell Diameter:Φ50, Φ114, Φ159, Φ190
Inlet and oulet size:1inch,1.5inch ,2inch,2.5inch.
Magnetic bar Diameter Φ20,LengthΦ6inch,8inch,10inch.
A magnetic filter is a filtration device that uses magnetic adsorption to remove ferromagnetic impurities (e.g., iron, nickel, cobalt) from fluids, offering high efficiency and easy maintenance. Below is a detailed breakdown of its key features and applications:
1. Working Principle & Structure
Magnetic Adsorption Mechanism: Utilizes permanent magnets (e.g., neodymium) or electromagnetic coils to generate a strong magnetic field, capturing metal particles as small as 1 micron.
Typical Structure:Magnetic System: Features gradient magnetic fields (weak outer, strong inner) or ring-shaped arrays to prioritize large iron debris and prevent clogging.
Housing Material: 304 stainless steel, resistant to acids/alkalis (pH 1–14) and extreme temperatures (-200°C to 350°C).
2. Core Functions
High-Precision Filtration: Removes 95%+ of iron particles from liquids (hydraulic oil, lubricants, etc.).
Non-Contact Purification: No filter media replacement needed, reducing operating costs by 60% compared to conventional filters.
Visual Monitoring: Some models include transparent inspection windows for real-time status checks and in-line cleaning.
3. Applications
Industrial Protection:Hydraulic Systems: Reduces 70% of valve clogging failures.
Machinery Manufacturing: Extends engine lifespan by 20%.
High-Sanitation Fields:Food/Pharmaceuticals: Meets 0.8-micron hygiene standards, cutting metal contamination complaints by 90%.
Electroplating Wastewater: Lowers iron ion concentration from 200ppm to <5ppm.
4. Advantages & Limitations
Advantages:Modular design allows multi-unit connection for varying flow rates.
Quick-release latch for easy debris removal.
Limitations: Only effective on magnetic impurities; requires complementary filters for non-metallic contaminants.
This magnetic filter housing drawing for liquid
This magnetic filter housing drawing for powder
Overview
Stainless steel Magnetic filter is capable to removing iron contaminants (such as rust iron, iron particles) and other small ferromagnetic impurities. It can effectively improve the product purity on production line, and protect key equipment from destruction resulted in by iron particles.
Parameter
Quantities:1,4,5,6,7,9
Shell Diameter:Φ50, Φ114, Φ159, Φ190
Inlet and oulet size:1inch,1.5inch ,2inch,2.5inch.
Magnetic bar Diameter Φ20,LengthΦ6inch,8inch,10inch.
A magnetic filter is a filtration device that uses magnetic adsorption to remove ferromagnetic impurities (e.g., iron, nickel, cobalt) from fluids, offering high efficiency and easy maintenance. Below is a detailed breakdown of its key features and applications:
1. Working Principle & Structure
Magnetic Adsorption Mechanism: Utilizes permanent magnets (e.g., neodymium) or electromagnetic coils to generate a strong magnetic field, capturing metal particles as small as 1 micron.
Typical Structure:Magnetic System: Features gradient magnetic fields (weak outer, strong inner) or ring-shaped arrays to prioritize large iron debris and prevent clogging.
Housing Material: 304 stainless steel, resistant to acids/alkalis (pH 1–14) and extreme temperatures (-200°C to 350°C).
2. Core Functions
High-Precision Filtration: Removes 95%+ of iron particles from liquids (hydraulic oil, lubricants, etc.).
Non-Contact Purification: No filter media replacement needed, reducing operating costs by 60% compared to conventional filters.
Visual Monitoring: Some models include transparent inspection windows for real-time status checks and in-line cleaning.
3. Applications
Industrial Protection:Hydraulic Systems: Reduces 70% of valve clogging failures.
Machinery Manufacturing: Extends engine lifespan by 20%.
High-Sanitation Fields:Food/Pharmaceuticals: Meets 0.8-micron hygiene standards, cutting metal contamination complaints by 90%.
Electroplating Wastewater: Lowers iron ion concentration from 200ppm to <5ppm.
4. Advantages & Limitations
Advantages:Modular design allows multi-unit connection for varying flow rates.
Quick-release latch for easy debris removal.
Limitations: Only effective on magnetic impurities; requires complementary filters for non-metallic contaminants.
This magnetic filter housing drawing for liquid
This magnetic filter housing drawing for powder
