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Wound Type Filter Cartridges

Wound Type Filter Cartridges are depth filtration elements made by precisely winding yarn or fiber around a central core. This creates a graded pore structure that effectively captures particles of different sizes from process fluids. The controlled winding tension and pattern provide high dirt-holding capacity while ensuring consistent filtration performance.


Available in materials such as polypropylene, cotton, and glass fiber, these cartridges offer excellent chemical compatibility for various applications. Widely used for sediment removal in water, chemicals, and oils, they come in customizable lengths, micron ratings, and core materials, providing reliable, cost-effective filtration for high- and low-flow systems.

Design

  • Precision winding pattern ensuring consistent pore size distribution and particle retention efficiency.

  • Made from polypropylene, cotton, or glass fiber for versatile applications.

  • Cores include stainless steel, polypropylene, and tinned steel.

  • Graded density structure traps larger outside, finer inside particles.

  • Wide range of lengths, diameters, and micron ratings to suit system requirements.

  • High dirt-holding capacity design for extended service life and reduced changeouts.

  • Suitable for high-temperature filtration with appropriate core and yarn combinations.

  • Compatible with standard filter housings for quick installation and replacement.

  • Optional FDA-compliant materials for food, beverage, and pharmaceutical applications.

Features

  • Provides depth filtration by trapping particles throughout the multi-layer wound fiber structure.

  • Provides strong chemical compatibility with various fluids and water.

  • Ensures low pressure drop for efficient continuous and batch operation.

  • High dirt-holding capacity reduces maintenance frequency and extends filtration intervals significantly.

  • Suitable for filtering fine to coarse particles with a wide range of micron options.

  • Designed to prevent media migration or fiber shedding into the filtered product stream.

  • Performs reliably under varying flow rates and operating pressures in demanding conditions.

  • Offers a cost-effective filtration solution without sacrificing quality or operational performance.

Industrial Application

Water treatment plants, Food and beverage processing, Pharmaceutical manufacturing, Chemical processing, Electronics manufacturing, Power generation, Oil and gas refining, Pulp and paper industry, Metal finishing

Compatible Environments
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