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Belt filters
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Belt filter - VMF series
Purification of fluid from industrial washing plants and dust extraction systems. This type of filter is particularly beneficial where large throughput quantities occur, as compared to a gravitation band filter it is able to cope with 3 or 4 times...
Belt filter - VMF series
Purification of fluid from industrial washing plants and dust extraction systems. This type of filter is particularly beneficial where large throughput quantities occur, as compared to a gravitation band filter it is able to cope with 3 or 4 times the volume with the same filtration surface and minimal use of filtration media
Functional characteristics:
The soiled cooling lubricant flows from the machine tool into the dirt accumulation section of the filter. A vacuum pump suctions the cooling lubricant through the filtration medium into a clean liquid chamber, causing the dirt particles to be trapped in the filtration medium. The sludge cake forming on the filter produces an increasing vacuum in the clean liquid chamber. When a pre-set value is reached, a contact pressure gauge triggers the regeneration process. The sludge cake is discharged without interruption of the coolant lubrication flow. At the same time, new filter medium is drawn in.
Functional characteristics:
The soiled cooling lubricant flows from the machine tool into the dirt accumulation section of the filter. A vacuum pump suctions the cooling lubricant through the filtration medium into a clean liquid chamber, causing the dirt particles to be trapped in the filtration medium. The sludge cake forming on the filter produces an increasing vacuum in the clean liquid chamber. When a pre-set value is reached, a contact pressure gauge triggers the regeneration process. The sludge cake is discharged without interruption of the coolant lubrication flow. At the same time, new filter medium is drawn in.
Belt filter - max. 8 000 lpm | MBF
Description
The use of the high performance magnetic belt filter plants is the separation of ferrous, magnetic particles from cutting emulsions and grinding oils. Magnetic belt filters can be operated in full flow or in bypass mode, and work...
The use of the high performance magnetic belt filter plants is the separation of ferrous, magnetic particles from cutting emulsions and grinding oils. Magnetic belt filters can be operated in full flow or in bypass mode, and work...
Belt filter - max. 8 000 lpm | MBF
Description
The use of the high performance magnetic belt filter plants is the separation of ferrous, magnetic particles from cutting emulsions and grinding oils. Magnetic belt filters can be operated in full flow or in bypass mode, and work with full automation.
A special feature of this highly efficient technology is the separation of very fine chips without filter aid. The Herding MBF systems offer modular expansion options for volume flows up to 8000 lpm.
Herding MBF system concept
Very strong permanent magnets installed underneath the flow bed generate the magnetic field. The medium being cleaned is conveyed homogeneously via a distributor unit to the flow bed, designed as a sloped bed, and flows to the lower end. The fine ferrous particles remain on the flow bed and form a filter cake. Depending on the design, the discharge of the filter cake is carried out either manually or automatically.
The use of the high performance magnetic belt filter plants is the separation of ferrous, magnetic particles from cutting emulsions and grinding oils. Magnetic belt filters can be operated in full flow or in bypass mode, and work with full automation.
A special feature of this highly efficient technology is the separation of very fine chips without filter aid. The Herding MBF systems offer modular expansion options for volume flows up to 8000 lpm.
Herding MBF system concept
Very strong permanent magnets installed underneath the flow bed generate the magnetic field. The medium being cleaned is conveyed homogeneously via a distributor unit to the flow bed, designed as a sloped bed, and flows to the lower end. The fine ferrous particles remain on the flow bed and form a filter cake. Depending on the design, the discharge of the filter cake is carried out either manually or automatically.