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Backwash scraper chip conveyor
With its excellent performance, it has won high recognition in the market
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Time:2025-05-04 12:40
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Category:Chip Disposal Series
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Application:Suitable for machine tools with a large amount of chips, especially for purifying cutting fluids containing lightweight aluminum chips. Wet processing of cast iron parts can add magnets at the bottom of the chip conveyor, which is more conducive to the precipitation of impurities
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+86-0535-6529899 (Hotline)
Details
characteristic:
After the dirty liquid enters the chip conveyor, larger particles directly settle at the bottom of the chip conveyor. The clean liquid enters the clean liquid tank through the backwash drum, while the external small particles and impurities attached to the filter screen are washed by the flushing water pump from the inside out and fall to the bottom of the chip conveyor, which is scraped into the dirt tank by the scraper. Different specifications of filter screens can be replaced to meet the varying filtration accuracy requirements of different customers. It has the advantages of high efficiency, long lifespan, and low operating costs.
Performance:
The EGR (C) FGP (magnetic) recoil scraper is an improved product based on the scraper scraper. The filter screen is automatically cleaned, sustainable in operation, with low consumption and high efficiency. It can be combined with vortex separators or other precision filtration systems to achieve secondary filtration for better results.
Purpose:
Suitable for machine tools with a large amount of chips, especially for purifying cutting fluids containing lightweight aluminum chips. Wet processing of cast iron parts can add magnets at the bottom of the chip conveyor, which is more conducive to the precipitation of impurities.
Users should provide relevant technical parameters when placing orders for use in design.
When the chips from the recoil scraper conveyor enter the drum scraper filter with the coolant, larger chips sink to the bottom of the machine and are scraped out by the scraper plate. Small particles are mixed in the coolant and block the filter mesh outside the rotating filter cartridge as the coolant passes through the filter cartridge. Due to the continuous rotation of the filter cartridge, the small particles clogged on the filter screen are washed down by the backwash cleaning series and scraped out by the scraper plate at the bottom of the machine. The filtered coolant flows into the clean liquid tank and is then pumped to the main engine by the liquid pump.
Performance and characteristics of recoil scraper chip conveyor:
1. Smooth operation and reliable work;
2. Has advantages such as high efficiency, long lifespan, and low operating costs;
3. Better than ordinary chain plate chip conveyors in wet processing;
4. Different filters can be replaced to meet the requirements of different customers and different filtration accuracies, with a filtration accuracy generally above 0.5mm;
5. It can achieve advantages such as automatic drum flushing, continuous filtration, maintenance free, and no consumables, fully meeting the cooling liquid requirements during processing;
The recoil scraper chip conveyor is applied in various wet machining processes, suitable for conveying and filtering chips such as aluminum and copper, and for working conditions where the chip length is less than 50 millimeters, such as automotive cylinder head machining.
The filtration device of the recoil scraper chip conveyor is a comprehensive chip cleaning and purification cooling system developed by absorbing advanced technology on the basis of the original (magnetic) scraper chip conveyor. Suitable for various types of machine tools and machining centers with high precision requirements for cutting fluids, especially for conveying aluminum chips, cast iron chips, and broken chips. The characteristic of the recoil scraper chip conveyor is automatic drum cleaning and continuous filtration. High filtering accuracy, maintenance free, no consumables, can fully meet the filtering needs of chip flushing, spindle internal cooling, and tool cooling in machining centers.