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Wound Filter

Wound Filter, Wound Filter Manufacturer, Wound Filter Exporter, Wound Filter Supplier
Unimarshal Technologies

Wound Filter

Wound Filter Manufacturer

Unimarshal Technologies Pvt. Ltd. is a reliable manufacturer of wound cartridge filters built for consistent depth filtration in demanding industrial applications. As a trusted Wound Filter supplier, we focus on quality, performance, and long-term reliability.

Our precision-wound filters efficiently capture sediments and fine particles, delivering clean and purified liquids across industries. With proven expertise as a Wound Filter exporter, we support diverse filtration needs worldwide.

Description

Wound cartridges filter are constructed by tightly winding yarn or fiber around a central core, creating a durable and high-performance filtration medium. Their depth filtration design allows for efficient particle capture across multiple layers, making them ideal for applications involving high dirt loads and varying flow conditions.

Technical Specifications

Wound Filter, Wound Filter Manufacturer, Wound Filter Exporter, Wound Filter Supplier

Filtration Rating

Standard O.D.

Applications

Configuration

Standard I.D.

Product Code Abbreviation

UNI-WFC-02010-50

UNI Description Ø - Outer   diameter Length Micron Configuration
WFC - Wound Filter   Cartridge (020) 2 " 10" 1 M1 - 226 O’Ring +   Bayonet/Fin
(025) 2.5" 20" 5 M2 - 226 O’Ring +   Flat
(040) 4" 30" 10 M3 -220 O’Ring +   Bayonet/Fin
(045) 4.5" 40" 25 M4 - 220 O’Ring +   Flat
(060) 6" 50" 50 M5 - Double Open Type
60" 100

For Custom Design - UNI-WFC-CUS

Frequently Ask Questions

What is a wound cartridge filter and why is it important?

It is a filtration component used to remove solid particles from fluids. It helps protect machines, improves performance, and reduces the risk of system failure.

How does a wound filter remove contaminants?

It uses tightly wound filter media around a central core. As fluid flows through, dirt and particles get trapped within the layers.

Where is this filter commonly used?

It is used in hydraulic systems, lubrication units, chemical processing, water treatment, and many industrial applications.

What are the main advantages of using this filter type?

It increases equipment life, lowers maintenance costs, reduces downtime, and keeps fluids cleaner for longer.

What micron ratings are available?

It is available in a wide range of micron ratings, from coarse to fine filtration, based on application needs.

How do I select the correct micron rating?

Choose based on how sensitive your equipment is and the level of contamination present in the fluid.

Can it handle high flow rates efficiently?

Yes, it is designed to manage consistent flow rates while maintaining effective filtration.

What materials are used in its construction?

Common materials include polypropylene, cotton yarn, and glass fiber, depending on fluid compatibility.

Is it suitable for high-pressure systems?

It can be used in many pressure conditions, but the pressure limit depends on the core and housing design.

Can this filter be reused or cleaned?

Most designs are intended for single use to ensure consistent and reliable filtration performance.

What problems can occur without proper filtration?

Lack of filtration can lead to component wear, system blockage, reduced efficiency, and equipment damage.

Is it compatible with different types of fluids?

Yes, it works with many oils, chemicals, and water-based fluids when the right media is selected.

How does it compare with other filter types?

It offers strong dirt-holding capacity and stable filtration, making it suitable for continuous operations.

Why does product quality matter in industrial filtration?

High-quality manufacturing ensures accurate filtration, longer service life, and dependable system protection.

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