Wound Filter Cartridge

Wound Filter Cartridges are made to effectively remove contaminants and provide high depth filtration. High-quality yarns such as glass fiber, polypropylene (PP), cotton and nylon are continually twisted around a central core to create these wound filters. For efficient depth filtration, the outer layers are loosely wrapped and progressively tighten toward the center. Larger particles are trapped on the outer surface while finer sediments are captured as the liquid moves inward.

  • High dirt-holding capacity.
  • Handles high temperatures.
  • Ensures excellent flow with minimal pressure drop.
  • Offers high strength and resistance to corrosion.
  • Compatible with a wide variety of fluids.
  • Available in multiple micron ratings like string wound filter cartridge 5 micron, 100 micron, etc. to suit different needs

Most business uses string wound filters for liquid filtration including:

  • Food & Beverage: Remove impurities to maintain purity & quality of product.
  • Pharmaceuticals: Support precise filtration of medicines to prevent harmful substances.
  • Water treatment: Silt, sediments and other contaminants are removed from the water purification process.
  • Chemical Processing: Filtering high aggressive chemicals from substances.
  • Oil & Gas: Eliminates impurities from petroleum products and crude oil.
  • Automotive: Used to increase system efficiency through fluid filtering.

Wound Filter Cartridge Manufacturer & Supplier

At Kumar Process Consultants, we provide high quality filter cartridges like wound filters needed for various industrial applications. With many years of experience in technical expertise we provide various types of wound filters. String wound filter cartridges are manufactured from a variety of raw materials like Polypropylene, cotton & nylon to filter out liquid for needs of different industries. These wound filter cartridges can be easily installed & maintained to remove particles from liquid. Our wound filters are processed into fibers of specific grades using the latest technology. After carding and spinning into roving, the fibers are carefully wound into cartridges with precisely controlled micron ratings.

Our wound filters undergo thorough quality testing to ensure reliable and consistent filtration performance. Unfiltered fluid passes through a depth filter matrix, which enables the progressive retention of finer particles, providing higher efficiency, better dirt retention & long filter life. The fluid passes through the filter media from the outside to the inside. Particulates are securely trapped within the filter matrix, allowing only clean fluid to flow downstream. These wound filters are designed to filter aggressive chemicals and liquids, offering excellent compatibility and strong resistance to microorganisms. They are able to handle temperature upto 300°C with constant stability to work in high pressure applications.

Looking to buy wound filter cartridges with custom requirements?

We offer various types of wound filter cartridge as per your business needs:

Polypropylene Wound Filter

PP Wound Cartridge Filter

PP string wound filter cartridges are used widely as they have superior durability and chemical resistance capability. These filters are constructed by winding polypropylene yarn to provide filtration of chemicals & liquid. They have high dirt-holding capacity & are suitable for applications that need a wide range of micron specifications.

Cotton Wound Filter

Cotton Wound Filter

Industrial applications which support the filtration of non-corrosive fluids, use cotton wound filter cartridges, which are manufactured from natural cotton yarn. They are used for filtering water, drinks, and other low-temperature liquids.

Cotton Wound Filter

Nylon Wound Filter

These filters have key high dirt holding capacity and effective depth filtration. Strong alkalis, weak acids, and organic solvents are captured due to their special winding pattern design, which offers even finer filtration from outer to interior layers.

Applications of Wound Filter Cartridges

Wound filter cartridges are used in the chemical to filter organic organic solvents, diluted acids, and alkalis to provide pure chemicals substances.

Wound filters are used for solvent filtration in the pharmaceutical industry and for precious metal recovery and circuit board water cleaning in electronics.

Wound filters are also essential in the manufacturing of oil, cosmetics, paint, ink, and even dialysis pre-filtration in hospitals.

FAQS on Wound Filter Cartridge

What is the function of a wound filter cartridge?

A wound filter cartridge is a type of filter made by winding yarn around a central core to create a depth filtration structure, designed to trap particles and contaminants as the liquid passes through.

What are the common materials used to make wound filter cartridges?

Wound filter cartridges are commonly made from materials like polypropylene (PP), cotton, nylon, and glass fiber, offering various filtration capabilities based on the material's properties.

How frequently should wound filter cartridges be changed?

The replacement frequency of wound filter cartridges depends on the application, flow rate, and the level of contamination. Typically, they should be replaced when they become clogged or their filtration performance decreases.

How can I select the appropriate wound filter cartridge for my needs?

To select the right wound filter cartridge, consider factors like the type of fluid, required micron rating, flow rate, temperature resistance, and chemical compatibility to ensure optimal filtration performance.

What is the difference between string wound & melt brown filters?

The denser design of melt-blown filters results in a greater pressure drop and reduced flow rates. Higher flow rates are possible with string wound filters because of their reduced pressure drop.

Which materials are used in making a string wound cartridge filter?

String wound filters are created with winding yarn (such as cotton, glass fiber, polyester, nylon, PPS, and polypropylene) weaved around a core, commonly by employing materials 304 or 316 stainless steel.