Bullet Magnetic Separator Machine for Iron Impurities Removing

Product Description

High Quality Bullet Magnetic Separator Machine for Iron Impurities Removing, also known as Magnetic Liquid Filters, are used to remove ferrum contamination from liquid or semi-liquid materials of various viscosities in order to maintain material purity and safeguard equipment.

Product Details

• Stainless Steel SUS 304/316

• Full body 304/316

• Food/Pharmacy grade material

• Surface corrosion protection
 

• Easy installation

• Flange and quick-release link
 

• Easy maintenance
 

• Permanent magnet, no power input

• Reliable drawer design
 

Feature

Feature

The ZNMGS Series Food Industry Additive Powder Fines Dry Magnetic Separating Device is perfect for removing fine iron and paramagnetic contamination from a variety of dry free flowing products such as sugar, grain, tea, and other similar products. They are made entirely of 304 stainless steel and are made up of a row or rows of spherical magnetic tubes that are integrated into drawers.Across the gaps between the magnetic bars, a strong magnetic field is produced. Because the product comes into direct and repeated contact with a magnet as it goes through the housing, it is forced to run in a zig-zag pattern from row to row over the magnetic tubes. This provides maximal tramp metal capture potential.Housings are available for both square and round pipelines, and can be customized to meet each customer's installation needs.

N style and E style are the two sorts.(1) Standard drawer magnet separator N-StyleIron impurities and small metal particles in the flow and loose material can be successfully absorbed by the bar magnet.The exterior bar magnet is commonly made of 304 or 316 stainless steel (used for high corrosion resistance and cleanliness of the occasion) Internal materials include rare earth permanent magnets, ferrite, and other magnetic elements in a seamless stainless-steel conduit.The standard working temperature for a bar magnet is 80 degrees Celsius; but if asked, we may deliver a bar magnet with a maximum operating temperature of 350 degrees Celsius. (2) E-style: Simple-to-clean Magnets for DrawersAdvantage: Cleaning is straightforward.Isolate the product flow from the outside by releasing the fastening bolts and removing the easy-clean grid assembly. After removing the Easy-clean Grid magnet from the housing, just activate the release mechanism, pull the magnetic cores out of the stainless-steel cartridge, and the contaminants will fall away.

Details Images

1. Types of products accommodate various materials.
2. The maximum magnetic strength for normal (N Style) and simple cleaning (8000GS) is 13000GS (E Style).
3. Standard operating temperature is 80°C, with a maximum working temperature of 350°C if necessary.
4. Simple installation, separation, and cleaning thanks to ferrules, bolt plates, flanges, and uneven heads, among other things.
5. For pipeline material, 304 or 316L stainless steel is offered.
6. Optimal magnetic setup enables optimum magnetic impact without obstructing liquid flow.
7. Customer specifications on pressure or other features are also available as needed.

Application Industry

• Is product purity of the greatest priority to you? Do you wish to eliminate the chance of iron or other magnetic metal impurities damaging your machines or contaminating your final product? Our magnet separators provide dependable security.
• Our magnet systems remove even the smallest metal impurities owing to superior magnetic performance and an efficient design.

• A staggered arrangement of magnetic rods, one above the other, enables the greatest possible separation and removal. They can be simply incorporated into pipe systems and hoppers, or fixed directly on the material input, even for current manufacturing lines.

• They are used as a stand-alone solution that is exactly fitted to the industrial sector, material type, manufacturing phase, and conveyance method, such as free fall, pipelines, or conveyor belts. They can also be utilized upstream to relieve the strain on downstream detectors, separators, and sorting systems.