The simple answer:
Compared to their predecessors, modern engines run hotter and generate
more wear-causing contaminants that end up in the motor oil. For maximum
protection and engine life, use a durable oil filter that uses full
synthetic media. It will trap smaller particles and hold more of them
compared to filters that use cellulose or blended filter media, helping
you get peak performance and the most years out of your engine. The detailed answer: An oil filter has one primary function: prevent contaminants in the oil from damaging your engine. It seems simple enough. However, today’s more intense operating conditions coupled with longer oil change intervals demand use of a premium filter to get the best performance and most years out of your engine.
Increased contaminants – to boost fuel economy in response to government mandates, automakers continue using turbochargers, direct fuel injection and other performance-improving technologies that introduce more contaminants into oil. It’s the oil filter’s job to trap these contaminants and prevent them from wearing out your engine, making filter efficiency and capacity important.
Smaller oil sumps and filters – engines today are smaller and use less oil than previous models, yet they produce more power. Filters are also getting smaller as engine compartments continue to shrink. Less oil means less detergent and dispersant additives to help fight the by-products of combustion. Again, it falls on the filter’s efficiency and capacity to contend with additional contaminants. And, since there’s less oil, it’s more important than ever to maintain oil cleanliness.
Longer drain intervals – original equipment manufacturers are recommending longer oil-change intervals, with some more than 10,000 miles. In addition, oil life monitoring systems typically recommend longer drain intervals than traditionally performed. Conventional filters may not be designed to last as long as the oil.
What does this add up to? Don’t skimp on your oil filter.
Look for a filter that offers the following features:
High efficiency: Efficiency describes the filter’s ability to capture contaminants. You can usually find a filter’s efficiency rating on the package or the manufacturer’s website. It’s reported as a percentage followed by a micron rating (e.g. “98.7 percent at 20 microns,” which is the efficiency of AMSOIL Ea® Oil Filters). It refers to the percentage of contaminants 20 microns and larger the filter traps in industry-standard (ASTM D4548-12) testing. The higher the percentage, the better.
High capacity: Capacity refers to the amount of contaminants a filter can hold while still remaining effective. While there’s no industry-standard capacity rating, similar to the efficiency rating noted above, full synthetic media offers greater capacity than conventional media. The smaller fibers in synthetic media allow more room for contaminants to lodge without restricting oil flow. Although you may not have a choice in the size of the filter available for your vehicle, it’s also best to use the largest filter possible.
Durability: Hot oil slowly degrades the resins that hold some filter media together. Extreme temperatures also degrade the anti-drain valve and baseplate gasket. Use a filter with reinforcement on the media, such as a wire backing, to withstand increased heat and longer drain intervals. Look for an anti-drain valve made of silicone for maximum durability. This ensures the oil stays in the filter after the engine is shut off, preventing dry starts the next day.
The filter market has seen an influx of oil filters designed with full synthetic media the past few years, so there are plenty to choose from.
AMSOIL Ea Oil Filters are an excellent choice. They have one of the best efficiency ratings in the automotive industry. Plus they offer high capacity and durable construction to ensure your engine is protected.
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