Multilayered Sintered Filter Cartridge

Made from sinter-bonded multi-layered SS 316L meshes or Hastelloy C-22/C-276 meshes, our SS sintered filter cartridges and sintered mesh filters are available in various diameters and forms. These multilayered filter cartridges are manufactured by rolling multilayered media sheets and feature a welded long seam.

Our multi-layer sintered filter cartridges feature high-strength stainless steel mesh, precision welding for durability, and a rigid pore structure as opposed to a non-rigid one of PP/Nylon woven filter cloths. They offer exceptional filtration accuracy, high temperature resistance, and easy backwash cleaning, making them ideal for various applications.

Filtration of viscous fluids, Recovery of Noble Metal catalysts, Gas sparging

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Multilayered Sintered Filter Cartridge

Our stainless steel sintered filter elements are made by using advanced techniques like special lamination pressing and vacuum sintering, resulting in a rigid pore structure. These multilayered sintered mesh filters are rolled into cylindrical shapes and welded at the ends with precision to form cartridges. The filter media may be offered flat if needed. We can tailor the mesh layering as per your need. The default product being a 5-layered filter media, comprising 2 reinforcing layers, 1 distribution layer, 1 filtration layer, and a protection layer.

Our range includes SS sintered filter cartridges and Hastelloy filter cartridges, all made from sinter-bonded 5-layered Sintered filter cartridges or Hastelloy materials. The Sintered Multi-Layered Filter Cartridge has a thickness of 1.7 mm, guaranteeing self-strength to maintain the cylindrical shape and required dimensions. Additionally, for higher operating and differential pressures, we carry out proprietary procedures to strengthen the filter cartridge.

Our cartridges resist bacterial attacks and are compatible with various chemicals, as per the MOC. Our sintered filter cartridges exhibit an extra-strong structure, fine permeability, and precise filter capabilities, making them ideal for applications requiring easy backwash cleaning. Experience superior filtration performance with our range of sintered SS filter cartridges and Hastelloy Filter Cartridges designed for durability and efficiency.

Features of Multilayered Sintered Filter Cartridge

Made of sinter-bonded 5/7/10/custom layered SS316L / Hastelloy C-22 meshes

High Mechanical Strength

Orientation of adjacent mesh layers with maximum overlapping of pores ensuring higher permeability

Higher flow rate at lower pressure drops

Zero media Migration & easy to clean

Available in porosities ranging from 150 Micron to 2 Micron

Available in 10", 20", 30" & 40" as standard, other sizes will be made as per order

Application of Multilayered Sintered Filter Cartridge

Multi-layer sintered filter cartridges efficiently filter viscous fluids, ensuring smooth operations in industrial processes.

These cartridges facilitate the recovery of Noble Metal catalysts, enhancing sustainability in chemical and catalytic applications. The renewable nature of these cartridges reduces OPEX drastically when compared to disposable cloth-based media

Ideal for gas sparging, our filters provide reliable and effective gas-liquid mixing solutions for various industries.

Multilayered sintered filter discs are a standard feature in state-of-the-art ANFDs, replacing cloth-based media. Cloth is prone to tearing, which can lead to bypass as well as contamination of the filtrate.

Why Choose Kumar Process for Multilayered Sintered Metal Filter Cartridge?

Kumar process has extensive experience in the design of multilayered filter cartridges and ANFD discs. We have proprietary features that will help in extending the working life of the filter media. Additionally, we have our own sintering facility for sintering of multi-layered sintered filters, in addition to our facility for sintering of powder-sintered filters. This gives us an edge in designing custom filter media for your particular application. Also, our lead times are automatically reduced, owing to in-house manufacturing.