Hebei Internal Grinding Machine Permanent Magnetic Separators

NegotiableUpdate on 01/21

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Overview

The separation process of the permanent magnet magnetic separator for Hebei internal grinding machine: The dirty grinding fluid flows through the adsorption area of the slowly rotating magnetic drum along the guide plate. Under the action of the magnetic field, the magnetic solid particles are magnetized, adsorbed onto the outer surface of the magnetic drum, and carried out of the separation area. After being crushed and dehydrated by the rubber roller, they are scraped off the magnetic drum by the adjacent magnetic drum and fall into the slag truck along the chip guide plate. It can also remove some non-magnetic impurities while separating magnetic solid particles.

Product Details

Hebei Internal Grinding Machine Permanent Magnetic SeparatorsProduct Features:

1. The transmission system is separated from the casing, making cleaning and maintenance convenient.

2. The magnetic roller is evenly magnetized, and the separated debris and iron powder are dried.

3. Can handle coolant containing powdery magnetic impurities;

4. The generated magnetic field is large, the stainless steel magnetic roller has a large adsorption area, and the separation effect is good;

5. Simple appearance, compact structure, smooth operation, low noise, and low power loss;

6. Small size, easy to install and use, can be designed and manufactured according to the specific space of the machine tool

Hebei Internal Grinding Machine Permanent Magnetic SeparatorsApplication areas: Suitable for the purification of coolant in various grinding machines, precision grinding machines, wire drawing machines, electrical machining and other processing equipment, as well as the purification of coolant in grinding machines and other precision machining machine tools.

It is a universal separation device. Structurally, it can be divided into two forms: (I, II).

The I (rubber roller type) series magnetic separator consists of the following parts: reducer, box, magnetic roller, and rubber roller. The reducer drives the magnetic roller to rotate, and the coolant containing powdered magnetic impurities enters the box. The impurities are adsorbed onto the outer wall of the magnetic roller, and then crushed by the rubber roller to squeeze out the liquid carried by the impurities. Finally, the scraper separates the impurities from the magnetic roller. The KFCT I (rubber roller type) series magnetic separator is widely used in the purification of cutting fluids containing powder impurities, such as surface grinders, internal and external cylindrical grinders, and centerless grinders.

The II (comb type) series magnetic separator consists of the following parts: reducer, box, magnetic roller, and scraper plate. The KFCT II (comb tooth type) magnetic separator, as an improved product of traditional magnetic separators, has many advantages: magnetic rollers of the same length are made into comb teeth, which greatly increases the adsorption area; High magnetic force and separation rate; Specially suitable for centralized separation and removal of high flow coolant; Capable of separating granular chips.

The II (comb tooth type) series magnetic separator is widely used in various cutting fluid purification applications containing particle impurities, such as ordinary grinding machines, powder coating lines, roll grinding machines, steel rolling wastewater purification, and bearing grinding lines.

Function: The magnetic separator is used for purifying the coolant (cutting oil or emulsion) of grinding machines and other machine tools. Magnetic separators are mainly used for automatic separation of ferromagnetic substances, keeping cutting fluid clean, improving machining performance and tool life, and reducing environmental pollution.

Improve the quality of processed products, reduce costs, and enhance production efficiency. The separator drum uses strong magnetic force to separate ferromagnetic chips and abrasives from machine tool cutting fluid (oil, water), achieving automatic separation.