Filter Cartridge: Definition, Components & Uses

Filter Cartridge is used to remove impurities from liquids as well as gases. It consists of a cylindrical filter element that is layered in the casing of various materials like paper, polyester, and cotton.

Filter Cartridge: Definition, Components & Uses

Many of the industries dealing with water treatment, chemical processing, textile, and food processing among others use filter cartridges. This tool is used to remove debris, containments, and other toxins from the product. These versatile filters are available in various sizes and diameters to satisfy the needs of various industries. So, if you are thinking of getting a filter cartridge, first of all, it is essential to comprehend your needs and then get a high-quality tool that meets your needs. In the post, we will discuss what a filter cartridge is, its components, and its uses. 

What is a Filter Cartridge?

It is a filter that is used to remove impurities from liquids as well as gases. It consists of a cylindrical filter element that is layered in the casing of various materials like paper, polyester, and cotton. Each tool has a micron rating that ensures the sizes of particles that will be captured when passed through the filter element. It traps the impurities and allows only the clear liquid to pass through. How does it work? Well, this tool is put into a tank or other liquid container and is forced to travel through water. 

Components of Filter Cartridge

The body of a filter cartridge is an element in a cylindrical form. The filter element is made from cellulose, polyester, or polypropylene. When left in the liquid tank, the pores of the tool do not allow the contaminants and impurities to pass through. These are the components of the machinery.

Filter Media:

It is the porous body of the machinery that captures the impurities. The filter contains several materials like cellulose or polyester for better filtration. 

Support Core:

The major body of the tool is robust and made from rigid materials like plastic or metal. It provides structural support to the filter element. It also helps ensure that the tool stands still and does not fall during the flow rates in the container, hindering its performance. 

End Caps:

The end caps are used to seal the opening of the filter element so that the contaminants collected do not spill out. The end caps are made from robust materials like plastic or metal. It serves as a mounting point for the tool when operating.

Gaskets:

It acts as a seal between the filter housing and the end caps. It ensures that the fluid passes through the filter element and does not bypass it. 

Housing:

The housing component of the machinery serves as a protective enclosure for the filter element. Made from either plastic or metal, it consists of inlets or outlets for the filtered fluid to enter or exit the cartridge filter. 

So, these are some of the basic components of the filter cartridge that can vary and it’s features can also be more advanced depending on specific requirements and applications. 

Uses of Filter Cartridge

It is used in a wide range of industries like pharma, chemicals, and automobiles for filtration needs. Here are some of the major uses of the tool that you should know. 

Drinking Water Treatment:

This is the major and most obvious usage of the filter cartridge. In many industries, it is used to remove the toxins and contaminants of water. It makes the water more suitable for environmental usage and drinking. Sometimes the water is too toxic and its straightway usage can cause serious harm to health thus filter cartridge comes into use in such a situation.  

Waste Water Treatment:

Clarification is an important component of wastewater treatment to remove all the suspended solids. It helps clean the water through the gravity-settling process. it is an essential process part of the water treatment method which is used as a pre-treatment process. It is beneficial in clearing out the debris and toxins from the municipal wastewater. 

Prefiltration before Reverse Osmosis (RO):

It is the best process to remove the maximum amount of toxins from the water. In the reverse osmosis process, the water is passed through the membrane leaving behind 99% of the debris. The filter cartridge can be used to remove a big chunk of debris before it is passed through the RO system.

Filtering out Organic Solvents:

There are a lot of organic solvents in water that are not good for health. The solvents like methanol, esters, ketones, and ethers among others. It is an important step for water treatment and filter cartridges can help in making the process easier and quicker. 

Conclusion:

So now you know the various uses and features of cartridge filters. It is used to save time and increase efficiency while providing high-quality refined liquid.  This tool can be used for industrial as well as non-industrial water treatment. If you too want the best quality fluids, then you can rely on GTS Filter And System. They are the most reliable suppliers, delivering high-quality filters that can meet all your water filtration needs. 

Frequently Asked Questions (FAQ):

What is a Filter Cartridge?

It is cylindrical equipment that is used to filter out all the debris and contaminants from water and other liquids. The pores on the equipment allow the liquid to pass through and capture all the foreign particles. 

Are the Filter cartridges reusable?

Yes, most of the cartridge filters are designed to be washed and reused. However, it can be done only for a limited time. Overusing the same old filter can reduce its efficiency. It also depends on the kind of material the filter is made from. Most of them are made from materials like nylon, polypropylene, or polyester. 

How Often the Filter Cartridges Should be Cleaned?

It depends on a lot of factors like how often you use the cartridge filter, the quality of the water, and also the amount of water that you use. A filter cartridge that is used often should be replaced every 2- 3 weeks if it is used frequently or else every 3- 6 months. 

Can Filter Cartridges be Harmful?

Yes, it can indeed be harmful if the tool is used too often and not replaced. Not will will its efficiency decrease with time but it will also become a breeding ground for germs and bacteria.