- Product Catalogs
- Performances
FineArc is a fine aperture screen that adopts Fine WedgeR as a solid-liquid separation screen with even finer apertures (less than 0.1 mm) than our conventional ULTRA TN SCREEN. It can be used for recovery of sludge and concentration of slurry.
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Hygiene
- Products for detecting and removing foreign material
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Environmental Protection, Energy Saving and Recycling
- Sludge-processing equipment and technology
- Water-treatment technology
- Drainage-processing equipment and technology
- Environmental clean-up equipment
- Drainage-equipment maintenance
- Cleaning-water circulation equipment
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Equipment and Components
- Strainers
Overview of Products, Technologies, and Services
Main Applications
・ Pretreatment for various microfiltration devices
・ Reduction of load of wastewater by sludge concentration
・ Recovery of algae
・ Secondary recovery for ULTRA TN SCREEN, etc.
・ Pulp, labels, fine fiber recovery
・ Sewage river discharge at various plants
Product Features
- Micro-mesh Wedge Wire Screens
Precision in the filtration domain has become achievable with wedge wire screens. With the capability for repeated use compared to disposable filters, running costs and maintenance frequency can be reduced.
Separation of solids and liquids down to a minimum of 20μm is achievable.
While conventional products were limited to a solid-liquid separation of 100μm, advancements in fine wedge technology and the supply method of pressure jetting have made it possible to reduce the limit of solid-liquid separation to as small as 20μm.
Versatile Applications Across Various Fields
Our products can be utilized for applications such as recovery of fine solid particl - Processing Flow
Nozzle Spray Section
The raw liquid supplied from the pump is sprayed onto the wire shoulder of the cross-sectional area ▼ from the header pipe nozzle, and instantaneously separates coarse particles and liquid with its dynamic pressure.
Filtrate under the Screen
Liquid and fine particles below the slits pass through the gaps in the screen and flow down into the casing, where they are discharged through the rear discharge port.
Recovered Material on the Screen
Coarse particles from the slits slide down the surface of the screen, which has a flat surface in a 60° arc, and are discharged from the entire chute.
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