Cellulose Filter Cartridge

Product Description

We are identified as one of the leading manufacturers and supplier of premium quality Cellulose Filter Cartridge. This cartridge is widely used for water treatment purposes in residential, institutional and commercial sectors. Our offered cartridge is made available in different sizes, models and specifications keeping in mind exact demands of our esteemed clients. This cartridge is manufactured using superior quality materials that are procured from dependable sources of the market. We are offering this Cellulose Filter Cartridge at most affordable price.

Various characteristics of Cellulose Filter Cartridge:

• Excellent filtration
• Superior finish
• High material strength
• Easy to fit

 Applications:

• Drinking water
• Edible oils
• Hydraulic Oil
• Alcohols
• Chemicals
• Paints
• Inks

What is Cellulose Filter Cartridge

Filter Cartridges are filtering units that are used in filtration of air and water by trapping the dust and contaminated particles present in it. These provide larger surface area for the purpose of filtration, are easy to install and replaceable. Also it can be cleaned and reused in most of the applications.

Cellulose is one of the common media that is widely used for Cartridge Filters. Cellulose Filter Cartridge are cylindrical shaped that have smooth and compact cellulose plating on its surface to enhance the efficiency of filtration. Its fine coating over the surface also facilitates the removal of pollutant during the cleaning process. It has high material strength and easy to maintain. These cartridges are available in different specifications depending on the kind of filtration required.

Why it is used

Cellulose cartridges are used for the purpose of dust and contamination removal form air and water. Various filters that are used for dust removal and trapping several type of pollutants use these cartridges. These cartridges are generally used to trap contamination particles less than 100 ppm in size. Most common uses of these cartridges include:

• Dust removal
• Domestic dust collection
• Smoke, oil smoke removal
• Chemical solvent filtration
• Heavy metal removal

Application Areas Cellulose cartridges find its application in wide range of areas that involve removal of contamination from air and water.

• Alcohol
• Beverages
• Chemicals
• Compressed air
• Cosmetics
• Drinking water
• Industrial emissions
• Paints

Product details

Types of Micron Cellulose Filter Cartridge

Depending upon the type of filtration required, various kinds of cartridges are available with different specifications.

• Carbon impregnated cellulose
• Graded density
• Oil adsorbing
• Pleated cellulose
• Resin bonded
• String wound

Reliable Filtration for Multiple Applications: This cellulose filter cartridge is designed for demanding liquid and air filtration needs across various industries. Its high flow rate and superior efficiency make it suitable for applications where particle-free results are essential. The cartridges compatibility with a broad pH range (4 to 10) allows for versatile deployment in diverse environments, ensuring clean outcomes whether used in water treatment, food, pharmaceuticals, or chemical processing.

Premium Materials and Construction: Built from pure cellulose fiber media and reinforced with a polypropylene inner core and polyurethane/plastisol end caps, the cartridge withstands rigorous operational conditions. The pleated media maximizes surface area for optimal filtration and longer service life. Additionally, thermally bonded end caps enhance structural integrity, safeguarding against leaks and media bypass for consistent filtration results.

FAQs of Cellulose Filter Cartridge:

Q: How does the Cellulose Filter Cartridge achieve 99% particle filtration efficiency?

A: The cartridge uses pleated cellulose fiber media, which greatly increases the filtration surface area. This design, combined with precise pore sizes ranging from 10 to 50 microns, allows the filter to trap up to 99% of suspended particles, delivering clean and contaminant-free air or liquids in your application.

Q: What is the recommended process for installing this filter cartridge?

A: To install, ensure both ends of the cartridge align with the housings double open end (DOE) configuration. Place the cartridge so the polyurethane end caps create a tight seal, and ensure the system is within the maximum pressure (5 bar) and temperature (60C) parameters. Tighten the housing securely before starting the filtration process.

Q: Where can this filter cartridge be used effectively?

A: This cellulose filter cartridge is suited for liquid and air filtration in water treatment plants, food industries, pharmaceutical operations, and chemical processing units. Its 10-micron filter rating and broad pH compatibility make it ideal for various industrial and commercial environments.

Q: When should the filter cartridge be replaced?

A: Since the cartridge is non-reusable, it should be replaced when there is a noticeable drop in flow rate or when differential pressure across the filter approaches the maximum recommended operating limit (5 bar). Regular inspections based on system usage ensure optimal filtration performance.

Q: What benefits does the pleated design of this cellulose filter offer over standard filters?

A: The pleated structure significantly extends the surface area available for filtration, enabling higher dirt holding capacity and longer service life compared to non-pleated cartridges. This means fewer replacements and more efficient operation overall.

Q: How is the cartridge sealed to prevent leakage and bypass?

A: The filter features thermally bonded end caps made from polyurethane and plastisol. This robust sealing method ensures a leak-proof connection and eliminates the risk of unfiltered substances bypassing the filter media.

Q: Is this cartridge suitable for use with strong acids or bases?

A: No, the cartridge is designed for applications with a pH range of 4 to 10. It is not suitable for highly acidic or strongly alkaline environments, as these can degrade the cellulose media and compromise filtration performance.