MS Magnetic Separators

Name: MS Magnetic Separators
Brand: JAI MAG INDUSTRIES
Price: 170000 INR
Availability: InStock

Price 170000 INR/ Piece

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MOQ : 10 Pieces

MS Magnetic Separators Specification

Power
1.5 kW Watt (w)

Power Supply
Electric

Composite
Metal

Application
Material Separation

Voltage
220 V Volt (v)

Frequency
50 Hz Hertz (HZ)

Product Type
Other

Magnet Category
Other

Magnet Type
High Intensity Magnetic Roller

Shape
Rectangular

Size Range
Customizable

Weight
250 kg Grams (g)

Color
Green

MS Magnetic Separators Trade Information

Minimum Order Quantity
10 Pieces

Main Domestic Market
All India

MS Magnetic Separators About

MS Magnetic Separators are useful as a coolant separator for removing iron particles in waste oil. These separators are able to discrete the components of mixtures. Therefore, provided materials are useful to attract the magnetic materials. These are made with strong steel material to maintain for longer years. MS Magnetic Separators are able to utilized in recycling, ceramic and other industrial purpose. These are easy to remove the powdery material without facing any problem.

High Performance Material Separation

Engineered with a high intensity magnetic roller, MS Magnetic Separators excel at isolating ferrous contaminants from mixed material streams. Their robust construction, electric power supply, and customizable sizing ensure compatibility with different production environments. The rectangular metal structure offers dependable durability and simple installation, making them suitable for heavy-duty industrial applications.

Versatile for Multiple Industries

As suppliers, manufacturers, and exporters based in India, MS Magnetic Separators cater to diverse industry needs, from recycling to mineral processing. The ability to customize size, paired with swift electric operation at 1.5 kW, gives businesses flexibility to meet their specific separation requirements. Their reliable performance and adaptable design enhance productivity in both large and small-scale operations.

FAQ's of MS Magnetic Separators:

Q: How do MS Magnetic Separators work in material separation processes?

A: MS Magnetic Separators use a high intensity magnetic roller to attract and separate ferrous materials from mixed substances. As the material passes over the magnetic roller, iron-containing particles are drawn out, ensuring clean separation for further processing or disposal.

Q: What are the key applications for these magnetic separators?

A: These magnetic separators are primarily used in industries where efficient removal of ferrous contaminants is essential, such as mining, recycling, food processing, and bulk material handling in manufacturing plants.

Q: When should I consider using a customizable size separator?

A: A customizable size is recommended when your processing facility has unique space constraints or handles variable material volumes. Custom sizing ensures optimal integration and efficiency regardless of your operation's specific needs.

Q: Where can MS Magnetic Separators be installed for best results?

A: These separators are best installed along conveyor lines, at discharge points, or within material feed systems where ferrous contamination is possible, optimizing the purity of the final product.

Q: What is the usual process for installing and operating the separator?

A: Installation involves mounting the unit in a strategic position within your processing line, connecting it to a 220V power supply, and calibrating the roller's speed and height. Operation is straightforward, with automatic separation occurring as material feeds across the magnet.

Q: How does the electric power supply benefit this machine's usage?

A: The 1.5 kW electric power supply ensures stable, efficient performance with low operational costs. Electric operation allows for consistent separation without manual intervention, enhancing productivity and reliability.

Q: What are the main benefits of using high intensity magnetic roller separators?

A: Benefits include improved product quality, reduced equipment downtime, and minimized wear on machinery by preventing metal contamination. The high intensity magnet maximizes separation efficiency, yielding cost savings and process reliability.

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