Pall India Pvt. Ltd. JP Nagar, Bangalore, Karnataka

Features Welded construction of bags completely eliminates unfiltered liquid bypass from occurring due to needle holes Available in standard polypropylene, polyester and extended life felt for broad range of product compatibility Glazed finish eliminates fiber migration for clearer results PolyLoc® ring creates a hermetic seal that prevents liquid bypass and produces clearer results Silicone free to eliminate cratering for improved surface results Please refer to the Pall FSI QA Department for compliance to specific National Legislation and/or Regional Regulatory requirements for food contact use.

All Fluid Dynamics CPF Systems, both Model 100 and 200 series, operate using parallel filter circuits that permit continuous, uninterrupted process filtration. In operation, one filter housing/element assembly is on-stream until a predetermined differential pressure is reached(Fig. 1). Then, by operating the two handwheels, the spool valves are repositioned, in proper sequence, to progressively close off flow to the housing containing the “dirty” filter elements, and divert flow to the off-stream housing containing the clean filter elements (Fig. 2). Vent valves are incorporated to purge the air during the filling of the off-stream housing to maintain balanced system pressure and prevent entrainment of air in the process stream. Upon completion of the changeover sequence (Fig. 3), the “dirty” housing/element assembly is removed and replaced with a clean assembly.

With a design based on 30 years of actual field experience, the Pall HLP6 oil purifier combines the excellent efficiency of mass transfer purifiers with an exceptional level of reliability and ease of use. Water contamination in oil systems is responsible for major maintenance and operational problems of critical components in lubrication and hydraulic circuits. From power generation turbines to paper machines, these problems include: Increased corrosion in the system, especially at bearing locations Increased oil oxidation and acid build-up Sluggish response of control systems Our experience in the field has shown that it is never enough to remove free water: centrifuges and coalescers alone cannot protect bearings against corrosion and fluid degradation.

porous metal fiber medium is specifically designed to optimize particulate capture via its asymmetrical graded pore structure. This structure exhibits the finest pores on the upstream side of the filter media, insuring the capture of particulates at the filters’ first surface, where they are easily removed by in-situ, reverse flow operations. Manufacturing is done completely in-house, including the production of the metal fibers, the formulation of the proprietary base medium, and the design of the element. The process concludes with Pall's scientifically controlled sintering process. The sintering process fuses the structure of the filter media, insuring a “weld-bond” which utilizes no “binders” that might otherwise shed and contaminate downstream equipment and/or final product quality. Produced from fine metal fibers ranging from 2 to 38 μm in diameter, the resulting filtration medium exhibits high-efficiency particulate capture and low flow resistance characteristics. Gaseous service filter cartridge configurations are available in point-of-use designs (i.e. cleaned off-line), or as self-cleaning elements (i.e. blowback filters).

Larger Filter Area, Longer Filter Life Pall ‘Rigimesh’ and ‘PMF’ range of cleanable metal cartridges has been extended to include a high area, large bore version. These are specifically designed to provide a very high surface area, up to 4.1 m2, for handling large flow rates. Manufactured from Rigimesh or PMF medium to give very low clean differential pressure drops. Absolute removal from 2.5 micron up to 105 micron in liquids and .25 to 85 micron in gases. Used where high flow rates combined with high temperaturespreclude the use of polymeric products. Gas compressor inlets to reduce the effects of fouling. Catalyst protection, to increase catalyst life. Heat exchanger protection to reduce energy costs. Pump protection to increase pump life.

Single element housing designed to accommodate 25.4 cm (10 in), 50.8 cm (20 in), and 88.9 cm (35 in) length elements. Other sizes are available upon request. Housings are constructed of 316L stainless steel for strength and corrosion resistance Designed for use with Pall's Ultipleat® Polymer candles and fan pleat polymer candles Straight through assembly – fluid flow enters and exits in a straight line Quick connect/disconnect for easy installation and removal Includes vent fitting and ports for pressure & temperature (P&T) measurements Reliable metal-to-metal sealing Benefits Revolutionary Ultipleat geometry packs a high filter area per element Smaller and more economical than most standard screen changer equipment Low operational costs Low capital costs

Coalescer is a high efficiency separation cartridge that is designed to handle the toughest emulsions. Constructed with a fluoropolymer medium, Pall PhaseSep HE Series Coalescers can be used in a wide range of liquid / liquid separations in the refinery, chemical, flavor & fragrance, and biotechnology industries. The Pall PhaseSep HE Coalescer should be used for difficult emulsions where improved performance is required.  Performance of PhaseSep HE Series Coalescers: Removes sodium down to ≤  1 ppmw in cumene hydroperoxide Decreases sodium to

 coalescer housings provide a range of standard vessels to complement the Pall SepraSol and SepraSol Plus liquid/gas coalescers, which are used to remove liquid and solids from a wide range of gas streams found in process industries including refinery, natural gas conditioning, chemical production, and power generation. These housings are available for both the single open-ended and double openended SepraSol coalescer designs and the larger SepraSol Plus coalescer designs. Standard sizes accommodate from 1 to 70 coalescers.   Key Benefits   Combination of these housings with Pall SepraSol elements provide many benefits, including: Lower operating costs Lower capital costs (minimized envelope size) Lower weight Maximum flexibility All Pall SepraSol products contain a patented oleophobic/hydrophobic treatment that enables them to: Drain liquids more quickly and handle higher liquid loads Recover quickly from slugs and upsets Require fewer elements resulting in the smallest vessel for the separation efficiency provided Housings are designed and stamped in accordance with ASME/ANSI BPVC Section VIII Design ratings - three standard design classifications are available:Low Pressure: ANSI - 150 lb., 285 psig(19.65 bar) @ 100°F (37.8°C)Medium Pressure: ANSI - 300 lb., 740 psig(51.02 bar) @ 100°F (37.8°C)High Pressure: ANSI - 600 lb., 1480 psig(102.04 bar) @ 100°F (37.8°C) Carbon steel construction Vent and drain connections, as well as pressure tap ports provided Automatic control options available External paint  

Positive Seal:Standard seal material is Nitrile (H13) available as either an internal o-ring or flat gasket depending on coalescer size.   Outer Drainage Layer: Drainage of coalesced liquid and protection from re-entrainment is provided by a polymeric outer drainage layer. This ensures consistent, high efficiency performance. Metal Support Core: Axial strength and protection against liquid slugs are provided by a perforated inner support core constructed of304 stainless steel. Outer Cage: Media support during operation is provided by a 304 stainless steel outer support cage. Primary Coalescer: Coalescing is achieved by use of a high area pleated glass fiber medium that is surrounded by a non-woven polymeric support and drainage layers. A patented surface treatment is used that enhances coalescer performance and lowers fouling tendency and pressure drop. End Caps: 304 stainless steel end caps are used to improve cartridge strength and prevent contaminant bypass.   Key Benefits   Protects process analyzers Safeguards instrument air operated equipment and systems Prevents orifice plugging in pneumatic controllers Improves accuracy of gas measurements in the field or plant Decreases freeze-out and corrosion problems Reduces fouling in small gas-driven engines Provides reproducible high-quality gas for all operations using produced gas

High Flow filter is a large-diameter, coreless, single-open-ended depth cartridge with inside-to-outside flow. It is available in a variety of proprietary melt-blown filter media in ratings from 10 μm to 100 μm. With its large diameter (152.4 mm [6 in.]), desired results can be achieved in high flow rate applications with significantly fewer elements and smaller housings. Features and Benefits Coreless all-plastic construction reduces waste High flow capacity significantly reduces system size and frequency of filter changeouts Variety of lengths and media grades available Absolute-rated filter medium allows for reproducible performance1 Features proprietary CoLD Melt™ technology using a gradient pore structure Inside-to-outside flow traps contaminants inside the filter, preventing discharge during changeout Handle for easy filter replacement

100% Polypropylene Materials of Construction Retention Ratings from 1.5 to 90 microns (µm) Biologically and Chemically Inert Materials for Wide Compatibility Fast Rinse-Up to 18 Megohm-cm Four Inlet and Outlet Connection Options Allow for Easy Retrofits Proprietary Filter Media Provides High Product Consistency

We ensure on time distribution of wholesale as well as retail consignments owing to an extensive vendor, distributor and logistic facility base. Our organization is a well-known name in Bengaluru(India), reputed for supplying the finest range of the product at the lowest prices.

The T series of filter sheets from Pall (formerly SeitzSchenk) includes 10 different degrees of permeability. Grades T 120 to T 950 are used for clarifying filtration. Due to their positive ZETA potential these depth filters possess a high adsorption capacity. In contrast, grades T 1000 to T 5500 are designed for coarse filtration. They are characterized by a more open structure and combine very high outputs with long filtration cycles due to their high dirt holding capacity. Grades T 1000 to T 5500 have proved successful in the filtration of viscous media, for the retention of gel particles and coarse dispersed substances at low differential pressures. Furthermore, they can be inserted into plate and frame kieselguhr filters to retain the pre-coat filter material.

ceramic membranes are asymmetricmulti-channel membranes composed of a porous aluminasupport and a filtering layer (alumina, zirconia, titania). High compactness of the multichannel membranecombined with high permeability allows the treatment of large volumes with high throughput. The Membralox GP ceramic membranes range with longitudinal permeability gradient, ensure an homogeneousand calibrated flux along the flow channel, thus optimumutilization of membrane surface within a stable micro filtrationregime. Key Features High flux Wide chemical and pH (0-14) compatibility Excellent thermal stability Long term and reliable performance Sanitizable and sterilizable Ability to withstand high frequency backpulsing cycles 100% bubble point integrity tested during manufacturing Suited for high fouling fluids, viscous products, high concentration factors, fine filtration, diafiltration, automatic and easy cleaning in place (CIP) Meets the requirements for food usage1