Pressure Belt Filter

BK 0.5 US/K – BK 2.5 US/K (0.5 – 2.5 m² filter area) Dry cake discharge No fleece consumption compact systems are used for cleaning contaminated cutting fluids in metal processing and rolling mill operations. Cleaned cutting fluids have longer lifespan, improve the surface quality of workpieces or rolled goods, and help dissipate heat at the processing or forming location. Advantages: Fully automatic operation Excellent filtration results without fleece consumption Minimal carryover of cutting fluid Dry cake discharge Low maintenance requirements Full-flow filtration Maximum lifespan of cutting fluid Option for emergency operation with fiber fleece The cleaned cutting fluid is supplied to the system pump (A) from the clean tank (B) of the processing machine (C). The contaminated cutting fluid is introduced into the dirt tank (E) of the folding belt filter system through the lifting stations. The internal processing of the system consists of two steps: “Filtration” and “Regeneration.”

Hinged belt filters, also known as folding belt filters, are used for cleaning contaminated coolant fluids in metal processing and rolling mill applications. Cleaned coolant fluids have longer service life, improve the surface quality of workpieces or rolled goods, and assist in heat dissipation at the processing or forming site. Advantages: High throughput capacity No backflushing required during regeneration Easy discharge of filter cake Short regeneration time Compatible with various plastic filter belts High and low-pressure flushing system Cost-effective Operation: The F.E.S. hinged belt filter incorporates a circulating plastic filter belt to meet the filtration requirements without disposal issues. A filter belt cleaning device is located below the filtrate discharge chamber. The opening and closing of the chambers are controlled by two pneumatic cylinders. The self-locking toggle lever mechanism keeps the chambers closed even in the event of a loss of compressed air.

Vacuumfilters are used for the cleaning of contaminated cutting fluids in metal processing and rolling mill applications. Clean cutting fluids lead to longer tool life, improved surface quality of workpieces or rolled goods, and efficient heat dissipation at the processing or forming point. Advantages: Compact size Excellent filtration results Low installation effort Low maintenance requirements Affordable price Optional configuration without consumable filter fleece, with continuous filter belt, and washing device Significantly lower consumption of filter fleece compared to gravity filter systems during challenging filtration tasks and fleece operation Operating Principle: The contaminated cutting fluid flows through a piping system (1) and an inlet distributor (11) into the dirt chamber (2) of the underpressure filter tank.

Multifunctional filters are used for fine filtration of low-viscosity oils with low levels of contamination. The filter systems can be operated as either precoat filters or edge filters, and conversion between the two modes is easily achievable. This versatile design allows the filter systems to be well-adapted to various filtration tasks. The achievable filtration fineness ranges from 1 to 5 µm. When operating as an edge filter, the filter regeneration process is fully automatic, while the precoat filter version requires manual cleaning. Multifunctional filter systems can be operated as either edge filters or precoat filters: ultifunctional Filter MFF300-AF2.5 to MFF800-SF120 Multifunctional filters are used for fine filtration of low-viscosity oils with low levels of contamination. The filter systems can be operated as either precoat filters or edge filters, and conversion between the two modes is easily achievable.