Semi-Automatic Magnetic Separator Liquid Magnetic Filter

• Customization: Available
• Type: Separating Plant
• Object: Liquid
• Separation Mode: Filter Type
• Operating Type: Continuous Type
• Installation: Horizontal
• Pressure: Medium Pressure
• Condition: New
• Core Components: Motor
• Feature: Low Noise
• Key Selling Points: High Productivity
• Certification: ISO9001:2000, CE
• Energy Saving: Energy Saving
• Transport Package: Export Packing
• Specification: Customized
• Trademark: GME
• HS Code: 850519009

Product Description

Semi-Automatic Magnetic Separator Features:
1. It can remove micron-level trace magnetic substances (including weak magnetic substances).
2. It can be carried out by arranging multiple groups of magnetic rods, and the permanent magnetic field can reach 15000GS.
3. Stable performance, energy saving, and high efficiency.
4. You can choose multi-stage filtration in series/parallel mode to achieve a better demagnetization effect.
5. It can better adapt to large-scale production line work.

Iron Removal Process:
1. Open the inlet and outlet valves to allow normal material flow
2. The raw material (with magnetic material) passes through the filter chamber.
3. The raw material (without magnetic material) flowing out of the purification port can be filtered in multiple cylinders according to the material characteristics.
4. To demagnetize, turn the manual valve and the cylinder will lift the magnetic rod (manually wipe the magnetic rod).

Model	Surface Treatment	Surface Magnetism (Gs)	B (mm)	Pipe Diameter (mm)	C (mm)	D (mm)	E (mm)	F (mm)	G (mm)
YCZQL-200-FA-6	Sandblasting	12000	767	219	1476	333	250	776	19
YCZQL-400-FA-6	Teflons	12000	767	406	1476	333	250	776	38

Semi-Automatic Magnetic Separator Process Flow:
During operation, the cylinders at both ends control the magnetic rod to penetrate the cavity and complete the closed seal. At this time, the bottom feed valve is opened and the slurry enters from the feed port and enters each magnetic rod channel through the bottom backflow port for demagnetization. After demagnetization, it is discharged from the upper discharge port, and then multi-stage circulation is carried out until the magnetic material meets the qualified standard. When demagnetizing, the valve is closed and the cylinder rises. After reaching the limit height, the magnetic material on the magnetic rod is manually cleaned.