Spun Polypropylene Filter Catridge

Spun Polypropylene Filter Catridge | Kumar Filters

Manufactured through thermal bonding of polypropylene fibers, the spun filter cartridge offers a very good cost to benefit ratio for pre-filtration. The filtration mechanism of this spun polypropylene filter is depth filtration, and depends on the cross-sectional thickness of the cartridge. As the fluid passes through the pp spun filter media, contaminants are effectively trapped within the matrix, providing a high dirt-holding capacity due to its substantial thickness.

Our spun polypropylene filter cartridges offer high-grade, 4-zone true depth loading for superior particle retention and exceptional dirt holding capacity. Made from 100% FDA-compliant polypropylene, they ensure high flow rates, chemical compatibility, and operate efficiently up to 160°F.

Pre-filtration in process, chemical & pharmaceutical industries, residential water, food & beverages, vegetable oils, printing inks, electronic industry, fluids etc.


Request Product Catalog

What is Spun Polypropylene Filter?

A spun polypropylene filter is an efficient filtration solution designed using thermally bonded polypropylene microfibers. This construction ensures that the filter has lower density at the outer surface and progressively higher density toward the center. The spun filter cartridge is specifically designed to trap and retain particles within the filter matrix, offering superior efficiency and extended filter life.


The unique filter design coupled with the properties of PP provides excellent chemical resistance, ensuring the purity and safety of the filtered fluid, making them ideal for both domestic and industrial water treatment systems. The pp spun filter cartridge is particularly effective in cost-sensitive applications requiring high efficiency and consistent performance, such as for pre-filtration in Reverse Osmosis systems.

Features of Spun Filter Cartridge

  • Extruded from thermally bonded pure polypropylene micro fibers
  • Graded density traps larger particles near the surface & smaller particles within the filter matrix
  • Greater void volume
  • Available in various micron ratings
  • High dirt holding capacity & increased service life
  • Available in standard lengths of 10", 20", 30" & 40" to fit standard filter housings
  • Offers lower pressure drop, reduces replacement time
  • Bonded self formed internal core to prevent fibers from entering filter stream

Applications of PP Spun Filters

  • Process Water Filtration
  • Chemical
  • Pharmaceuticals
  • Electronic / Plating
  • Coating
  • Oil Industry
  • Food and Beverage Industry
  • Paint Industry
  • RO Plant
  • Amines, glycols, produced water, brine fluids
  • Paints, inks, pigments, solvents (non halogenated)

PP Spun Filters From Kumar Process Consultants

Kumar Process Consultants offers top-quality spun polypropylene filter cartridges designed to meet the demanding needs of various industries. Our spun polypropylene filter cartridges offer exceptional dirt holding capacity. Made from 100% FDA-compliant polypropylene, they ensure high flow rates, chemical compatibility, and operate efficiently up to 160°F.

Our spun filter cartridges are designed to capture contaminants effectively, thanks to their cross-sectional thickness that enhances dirt-holding capacity. We offer PP cartridges in the standard as well as jumbo variants

FAQs

What is a spun polypropylene filter?

A spun polypropylene filter is a spun filter cartridge made from polypropylene fibers that effectively traps contaminants, making it ideal for water and air filtration.

What is spun poly material?

Spun poly material is thermally bonded polypropylene fibers used in pp spun filters, providing durability, chemical resistance, and efficient filtration.

What is the difference between spun filter and sediment filter?

A spun filter uses thermally bonded polypropylene fibers for depth filtration, trapping contaminants throughout its thickness. A sediment filter captures particles on its surface, mainly removing visible debris like sand and rust. The key difference is in the filtration depth and method.