Wednesday, July 1, 2009

Fram Filter

OIL FILTER
Advanced Oil Filter Media Gives FRAM The Advantage
With an ideal balance of dirt-trapping efficiency and dirt-holding capacity, every FRAM oil filter uses a special blend of fibers and resin providing a proprietary filter media that delivers excellent engine protection.
The most commonly used filter media is cellulose, which is a natural material that presents a random and irregular field of fibers to the oil. By itself, it can only deliver about 80% dirt-trapping efficiency.
By adding microscopic synthetic fibers, small windows are created that trap the smaller dirt particles without affecting the flow of oil. Blending synthetic fibers with cellulose increases a filter’s dirt-trapping efficiency and its dirt-holding capacity for higher levels of engine protection and longer filter life.
AIR FILTER
In 1951 FRAM® developed the first dry-type carburetor air filter, a revolutionary design that was significantly different than the previous oil bath air filters. Today FRAM® continues to produce high quality air filters for a wide range of vehicle makes and models. Regular replacement of air filters helps to protect your engine, avoids excessive wear and improves gas mileage. So remember, before you slam it, FRAM® It!
Fluid testing with FRAM Fluid Analysis Laboratories will now be faster and easier. With multiple laboratories strategically located across the country, a laboratory is accessible by ground transit within 48 hours from anywhere within the continental United States.
Our new online reporting software now provides access to your test results almost immediately after processing is complete via the internet. Data analysts are available during regular business hours to answer questions and assist you in understanding your results.
To provide you with the best analytical services available, our sample jar labels and component registration forms have been re-designed to increase the clarity and accuracy of the sample information you submit to our laboratory.
Please visit our Analysis page to learn more

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