Filter-presses - Import export

The bicylinder screen also called drilled press screen is used for special filtering applications with highefficiency filtration. The drilled screen consists of a counterbore hole and looks perforated. Counterbore holes can be manufactured in different diameter and depths.Moreover, screens can also be manufactured in different thicknesses depending on your request and application. Advantages The bicylindrical perforated screen provides different advantages for filtration as a type of special filter screen in different industries. The main advantages of the bicylindrical drilled screen are listed below as Special filtration Counterbore and customized filtration holes Corrosion resistance High durability – long service life Precisely drilled holes Special surface treatment Applications Typical industries and applications of bicylindrical screens are Sugar Pulp Pressing Water Filtration Paper Mills Pressing Processing of Chemicals Seperation Process

Filter press systems are equipment used in separating solids from liquids in various industrial processes. The system includes a series of filter plates arranged in a stack within a filter press unit. The plates are normally covered with filter cloth or filter medium that will allow the liquid component to pass through while holding back solid particles. During the process of filtration, a slurry or suspension is typically pumped into a filter press, where pressure is applied that squeezes the liquid component through the filter media, leaving solid particles trapped within the filter cakes. Afterwards, these cake solids are discharged from the filter plates, and the clarified liquid is discharged at the end of a filtration process to have efficient separation and dewatering of the solids from the liquid phase.

AREAS OF USAGE: 1-CHEMICAL INDUSTRY: For transfer acids, alkalis, solvents, alcohols 2-REFINING INDUSTRY: For using as dosage, circulation pump, filter press pump 3-TEXTILE INDUSTRY: Transferring textile chemicals 4-PACKAGING INDUSTRY: Transferring for glues, resins, paints, varnishes, compounds ADVANTAGES: 1-Corrosion-resistant 2-Pumps can use for transferring fluids which contains particles 3-Maintenance is easy and costs are low 4-Flow rate can adjust with change inlet air pressure. 5-Pumps can work without fluids. 6-Suction depth is 1,5 meter.

AREAS OF USAGE: 1-CHEMICAL INDUSTRY: For transfer acids, alkalis, solvents, alcohols 2-REFINING INDUSTRY: For using as dosage, circulation pump, filter press pump 3-CERAMIC INDUSTRY: Glaze and slurry transfer 4-SHIPPING INDUSTRY : Transferring bilge, sludge and chemicals 5-COSMETIC AND PHARMACEUTICAL INDUSTRY: For transfer cream, shampoo, gel and other chemicals 6-PACKAGING INDUSTRY: Transfer and storage of products such as glue, resins, paint, varnish, ink ADVANTAGES: 1-Corrosion-resistant 2-Pumps can use for transferring fluids which contains particles 3-Maintenance is easy and costs are low 4-Flow rate can adjust with change inlet air pressure. 5-Pumps can work without fluids. 6-Suction depth is 6 meter.

Filter press systems are equipment used in separating solids from liquids in various industrial processes. The system includes a series of filter plates arranged in a stack within a filter press unit. The plates are normally covered with filter cloth or filter medium that will allow the liquid component to pass through while holding back solid particles. During the process of filtration, a slurry or suspension is typically pumped into a filter press, where pressure is applied that squeezes the liquid component through the filter media, leaving solid particles trapped within the filter cakes. Afterwards, these cake solids are discharged from the filter plates, and the clarified liquid is discharged at the end of a filtration process to have efficient separation and dewatering of the solids from the liquid phase. Filter Press Systems find their application in a wide array of industries, such as chemical processing, wastewater treatment

Colombian press filter coffee, 250 grams, packed in 12 units.