Surendranagar, Gujarat, India
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Performance Enhancing Features
magnetic force of the ferrite magnets and provides an effective pushing action once every revolution to help move swarf down the chute while forcing most of the coolant back into the coolant tank.
The Barnes unit is available in five standard and five rare earth models to accommodate a wide range of flow rates and machine configurations.
Additional information
| Applications - Single & Multiple Machines | Machining With Standard MagnetsBroachingGun DrillingHobbingMilling Grinding with Standard & Rare Earth MagnetsRough and Finish GrindersCenterless ID & ODThru-feedHonesLapping MachinesCreep FeedCylindrical RollDouble DiscThread |
| Features | Powerful Permanent Ferrite Magnets Filter to 20 MicronsOptional Rare Earth Magnets Filter to 10 MicronsLowest cost cleaningBulk removal of ferrous materialRough grinding-chip making |
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Payment Terms : L/C, D/A, D/P, T/T
Packaging Details : export type wooden box
Coolant Magnetic Separator
Filters23 India coolant magnetic separator is a device used in industrial settings to remove ferrous (iron-based) particles from liquid coolant or cutting fluid used in machining processes. These particles can be detrimental to machinery and tools, causing wear and tear and affecting the quality of the finished products. Coolant magnetic separators help maintain the cleanliness and effectiveness of the coolant by capturing and removing these ferrous contaminants.
Here's how a coolant magnetic separator typically works:
Installation: The separator is usually installed in the coolant circulation system of a machine tool, such as a grinding machine or a machining center. It can also be installed in standalone coolant tanks.
Magnetic Field: The separator contains one or more powerful magnets. As the coolant flows through the separator, the magnetic field attracts and captures ferrous particles from the coolant.
Particle Separation: The ferrous particles, such as iron shavings, metal chips, or other magnetic contaminants, are pulled out of the flowing coolant and held onto the magnetic surface or collection area within the separator.
Cleaned Coolant: The now-cleaned coolant exits the separator and can be recirculated back into the machining process.
Maintenance: Periodically, the magnetic separator needs to be cleaned and the collected ferrous particles removed. This maintenance ensures the continued efficiency of the separator.
Coolant magnetic separators are essential in industries like metalworking, automotive manufacturing, aerospace, and more, where precision machining and the quality of finished products are critical. By removing ferrous contaminants from the coolant, these separators help extend tool life, improve machining accuracy, and reduce machine maintenance and downtime.
There are various types and designs of coolant magnetic separators available, including permanent magnetic separators and electromagnetic separators. The choice of separator depends on factors like the size and type of contaminants in the coolant, the flow rate of the coolant, and the specific requirements of the machining process.
Paper Band Cum Magnetic Separator
FILTERS23 INDIA`S paper band cum magnetic separator is a machine or device used in industrial settings to separate ferrous (iron-containing) particles from other materials, typically in a manufacturing or recycling process. This type of equipment combines two separate functions: paper band filtration and magnetic separation.
Paper Band Filtration: A paper band filtration system is used to filter out solid particles from a liquid or coolant. In industrial processes like metal machining or grinding, a coolant is often used to cool the cutting tools and remove debris. As the coolant circulates, it can become contaminated with metal shavings and other solid particles. The paper band filtration system uses a continuous loop of filter paper or a similar material to trap and remove these contaminants from the coolant, allowing the clean coolant to be reused.
Magnetic Separation: Magnetic separation is a method used to separate magnetic materials (such as iron and steel) from non-magnetic materials. In this process, a magnetic field is applied to a mixture of materials, causing the magnetic particles to be attracted to a magnetic surface or separator, while non-magnetic materials remain unaffected.
A paper band cum magnetic separator combines these two processes into a single machine. Here's how it typically works:
The contaminated coolant or liquid containing both solid particles and magnetic materials is fed into the system.
The paper band filtration system filters out the solid particles (including non-magnetic materials) from the liquid, as it passes through the filter paper.
Simultaneously, a magnetic separator within the machine uses a magnetic field to attract and separate the ferrous or magnetic particles from the remaining liquid.
The separated magnetic particles are collected in a separate container or bin, while the clean liquid is returned to the industrial process for reuse.
This type of equipment is commonly used in industries like metalworking, automotive manufacturing, and recycling where the separation of ferrous contaminants from liquids is essential for maintaining the quality of products and extending the life of cutting tools and equipment.
The specific design and operation of a paper band cum magnetic separator can vary depending on the manufacturer and the requirements of the industrial process it serves.
