Vacuum Filters Dealers in Borivali West, Mumbai

• Motor Power: 2HP
• Power: 5Kw
• Condition: New
• Color: Red
• Shape: Square
• Finishing: Matte
• Material: Stainless Steel

Agitated Nutsche Filter is a filtration technique used in applications such as dye, paint, and pharmaceutical production and waste water treatment. It is used for liquid or solid separation in a completely non-metallic environment. The corrosion resistant property of our product helps in handling of virtually all acids and salts at a very high temperature. Our Agitated Nutsche Filter is mounted on four legs with castor wheel for easy mobility. A thorough cleaning and product purity is obtained by the filter surface that eliminates contamination. We are a renowned Agitated Nutsche Filter Manufacturer, Exporter and Supplier in Maharashtra (India). We can process bulk orders as per the customer’s specifications.

• Type: Suction Strainer Filter
• Color: Silver
• Material: SS
• Packaging Type: Box

The filtering, washing and drying " Three in One" equipment can be made from SS304, SS316L, Ti, Hastelloy, PTFE lined or other materials. It can replace the filtering and drying equipments at the same time (such as: vacuum filter, pressure filter, Double-cone Drying machine and drying box...etc.). It completes the whole process of filtering, washing, drying, solid discharging in the same equipment. It is widely applied in the industries, such as pharmaceutical, chemical engineering, agrochemical, food, etc. Filter stage: the separation of filter cake and mother liquid. The thickness of filter cake can reach 500 mm. Washing stage: further purification of filter cake, rinse and dehydration of mother liquid remained. Mix the lotion and the filter cake via up and down of agitator by layers to make the filter cake slurry finally, then the filter cake can get the full wash. Drying stage: Dehydrating and drying the filter cake. Agitator will scrape filter cake loose by layers while the sidewall; the bottom of filter plate and agitator will heat the filter cake at the same time. Moreover, The vacuum inside the equipment will accelerate the evaporating speed; the entered hot nitrogen will take away the damp and accelerate the speed of desiccation.

• Application: Pharma Industry
• Operation capacity: 19L up to 15000L
• Features: Batch-wise operation
• Operating pressure: 3 bar
• Operation Temperatures: 200º C
• Filtering surface: 0.07 up to 15 m².

Nutsche Filter is a filtration technique used for waste water treatment. It is used because certain solvent evaporation causes safety and environmental hazards. Here filtration is carried under vacuum or pressure closed vessel, even solids can be discharged straightaway into drier.   Some of our manufactured Nutsche Filters are installed at     • Enviro Analysts and Engineers P Ltd. – Mumbai • Vijay Gul Production. – Jalna

• Use: for Domestic Swimming Pools, Fountains, Water Bodies and Hot Spas.
• Maximum Filtration Velocity: 50 cu.m./hr/sq.m.
• Maximum Working Pressure: 2.5 kgs/sq.cm.
• Test Pressure: 4.0 Kgs/sq.cm.
• Size of Silica: 0.4 mm to 0.8 mm

• Maximum Filtration Velocity: 50 cu.m./hr/sq.m.
• Maximum Working Pressure: 2.5 kgs/sq.cm.
• Test Pressure: 4.0 Kgs/sq.cm.
• Size of Silica: 0.4 mm to 0.8 mm

Top Mount Plastic made from High Density Plastic blown at one piece for heavy duty performance and reliability. Top Mount Plastic Sand Filters comes with one-piece clamp with screw type lock designed to simplify installation and tool free servicing and are equipped with multiport valve with 6-way functions and easy to read pressure gauge. Top Mount Plastic Sand Filters are preferred for Domestic Swimming Pools, Fountains, Water Bodies and Hot Spas.

New Design MSDF is a development moving away from conventional cross flow filtration towards spin filtration. The advantages of spin disk  filtration lies  in the improved cleaning  effect on the filter surface at a reduced energy cost.     Applications  Chemical Pharmaceutical Industry Organic solvents colour removal Activated Carbon filtration Biotechnology Enzyme concentration, diafiltration Yeast recovery and concentration Cell separation Protein concentration Bioethanol Microfiltration of cellulose Food Technology Beer, wine clarification Tomato puree Haze Removal Sparging Paper Industry Resource recycling Closed loop techniques Sieve water paper mills Paints, pigments , adhesives Pigments desalting Solvent recycle Lacquer de-watering Water soluble glue concentration Metal-Working Industry Cooling lubricants Cleaning units Emulsions, suspensions Aluminum swarf water Waste Water Treatment Digested sludge Water recycling MBR / aeration Sparging Features and Benefits High temperature resistance (0-130 ºC) with varied range of membranes starting from Polymers to Ceramic to SS membranes Broad pH range (0-14) Resistance to aggressive solvents, oxidants and most chemicals Steam Sterilization (autoclave, oxidant, etc.) Extremely high cross flow velocities – with no filter blocking Reduced energy costs compared to conventional cross flow systems Modular design with large scalability options Repeatability in fluxes Excellent mechanical resistance (High Solid loading) Process Operation Prerequisite for a continuous filtration method is how to avoid filter media blocking by  preventing the formation of a secondary resistive  layer on the filter media surface (filter cake). This always requires continuous cleaning of the filter surface during the process. Conventionally this is being done with tangential or cross flow technologies with high velocity flows. The shear forces that occurred this way prevented the formation of a filter cake. In order to achieve this cross flow effect, it used to be necessary to move high liquid volumes with powerful pumps. The excellent filtration capacities were offset by high energy costs. Dynamic cross flow methods work with much less energy consumption. The relative motion between the medium to be filtered and the filter is not generated by pumps but instead by the rotation of the filter elements  or a rotation of flow disrupters. MSDF membrane systems  operate using  membrane disks of different  MOC  that are configured  in modular stack mode on a rotating shaft.  That separation technology purely relies on the differences in physical sizes in the MF range and in the molecular weight (size) of the individual components when processing in the MF and UF range.  The membrane pore is a safe barrier for any insoluble matter (i.e. protein complexes if any,  triglycerides, fats, oils, bacteria, colloidal matter, fibres etc) irrespective of the incoming concentrations. The selection of the right membrane or filter media is more from experience of working in similar applications. Technical Specifications Membrane types available suitable for a wide range of applications and process conditions. Modular Design : Area – 1 sq.mts to 100 sq.mts UF/MF  MEMBRANES: PP, SS, Ceramic – MW Cut-Off or Micron : 1,000 MW, 5,000 MW,  10,000 MW,  20,000 MW, 25,000 MW, 30,000 MW, 50,000 MW,  100,000 MW,  120,000 MW, 0.05 Microns,  0.1 Microns, 0.2 Microns,  0.45 Microns, 0.65 Microns, 0.8 microns, 1.2 microns, 3.0 microns.

Agitated Nutsche Filters, Forced Lubrication System

Vacuum Drum Filters, Drum Skimmers, Weir Skimmers