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OEM water filters are different from Compatible Filters

OEM water filters are different from Compatible Filters

Have you ever questioned what the distinction is between an aftermarket filter and a compatible filter? Plenty of individuals might imagine that low-priced, non-name filters area unit made up of cheaper materials, however, that’s a standard though. In most cases, these filters area unit made up of constant mold and material, they will simply have fewer filtration advantages.

OEM filters and Compatible filters explained:
While it’s ultimately up to you which of the filter you select, we would like to form certain that you just are educated on the various styles of filters which you’ll be able to distinguish the one that’s right for you and your family.

OEM Filters: OEM stands for Original instrumentality Manufacturer. This implies that an aftermarket filter is one created and sold by the constant manufacturer because of the original piece of apparatus.

Compatible or Aftermarket Filters: Filters that are created to suit a particular product created by another company or manufacturer.

The distinction between OEM and compatible filters are a few, however the most issue you would like to understand is compatible filters area unit compatible along with your instrumentality, however, they need fewer filtrations advantages than that of an aftermarket filter. WF3CB Water Filters

Tip: once making an attempt to determine between an aftermarket filter and compatible filter, examine the variations in material reduction.

The OEM filter reduces:





Compatible filter reduces:



reduce the most contaminants
reduce the most contaminants
If your filtration priorities area unit to cut back element and odor, that filter would you choose?

Another vital a part of selecting the correct filter for you and your family is being alert to the filter’s National Science Foundation rating.

What are NSF certifications and why should I care?
NSF stands for the National Sanitation Foundation, they’re basically the FDA of sanitation.

According to the NSF website, “Choosing a product certified by NSF lets you know the company complies with strict standards and procedures imposed by NSF. From extensive product testing and material analyses to unannounced plant inspections, every aspect of a product’s development is thoroughly evaluated before it can earn our certification.

Most importantly, NSF certification is not a one-time event but involves regular on-site inspections of manufacturing facilities and regular re-testing of products to ensure that they continue to meet the same high standards required to maintain certification over time. If for any reason a product fails to meet one or more certification criteria, NSF will take enforcement actions to protect you, including product recall, public notification or de-certification.

Products that earn NSF certification are said to be “NSF certified” or “NSF listed” and display the applicable NSF certification mark to show that they have been tested by one of today’s most respected independent product testing organizations.”

An NSF certification ensures that you are buying a product that is compliant with the NSF standards and procedures and that your product is of the utmost quality.

NSF 42 Make the greatest protection for your health
NSF 42 Make the greatest protection for your health
Two of the most common ratings for refrigerator filters are NSF 42 and 53.

Here are the contaminants and impurities that must be filtered to achieve a filter’s NSF rating:


Filters are certified to reduce aesthetic impurities such as chlorine and taste/odor. These can be point-of-use (under the sink, water pitcher, etc.) or point-of-entry (whole house) treatment systems.


Filters are certified to reduce a contaminant with a health effect. Health effects are set in this standard as regulated by the U.S. Environmental Protection Agency (EPA) and Health Canada. Both standards 42 and 53 cover adsorption/filtration which is a process that occurs when liquid, gas or dissolved/suspended matter adheres to the surface of, or in the pores of, an adsorbent media. Carbon filters are an example of this type of product.