K Kevin Kelly


Jun 2, 2022

Cummins Filtration’s NanoNet nanotechnology-based fuel filtration media has been developed over several years of careful and extensive real-world field-testing to ensure an unrivaled degree of harmful particulate removal from fuel systems. What’s more, NanoNet fuel filtration products exhibit between 7 to 13 times greater retention of harmful particles within the fuel filtration media during engine vibration and fuel surge than its closest competitor.

Why do I need the Fleetguard® Filter with NanoNet Media?

  • Only a Nanonet Filter will protect your fuel injectors and Lube Oil throughout the filter's service interval.
  • The Nanonet media contains ten to thirteen times more containments than traditional filter media. 
  • The filter is not affected by water in fuel like conventional cellulose filters.
  • Removes and contains the suspended fuel contaminants in real-world operating conditions. 
  • The diesel fuel filter functions under all fuel flow levels to provide optimum filtration.
  • This filter can extend service intervals while maintaining high efficiency.
  • The NanoNet advanced filtration media provides the latest technology to ensure the absolute best diesel fuel filtration performance. The nanonet filter allows you to get your equipment to get the job every time.
  • Unlike traditional media, NanoNet media contains no cellulose fibers, so it is essentially a waterproof media.
  • The unique composition will not become waterlogged like conventional filters
  • Nanonet media provides the structural integrity needed for a high level of fuel filtration performance.
  • Only NanoNet media can provide three times more protection throughout the life of the filter than the next best competitive product.
  • Over time the containments contained within the fuel filters are affected by vibration, flow surge, and pressure fluctuations. These forces release captured particles from conventional filter media. These released particles can negatively affect fuel system performance and durability. The Fleetguard Nanonet media prevents this from happening.
  • This Fuel Filter's new NanoNet™ high-performance filtration media reduces the number of harmful particles reaching the engine's fuel injectors,
  • Only Nanonet filter media provides a reduction in equipment downtime and lower Total Cost of Ownership.
  • Nanonet Filter Media provides twice the contaminant holding capacity of conventional filters.
  • NanoNet™ Media – Consistent pore size throughout this unique media retains captured particles during engine vibration better than any competitive product. Fully Synthetic Media.
  • Fleetguard NanoNet filter media contains no glass and is not subject to water saturation.
  • Offer a dramatic reduction in hard particle penetration which fully protects the fuel injector against progressive damage,.
  • Exceeds conventional filter efficiency by 99.9% by trapping any contaminants larger than four microns.
  • Only the Nanonet Filter can maximize engine life with best-in-class fuel injector protection.
  • Only a Nanonet Filter Media can provide advanced performance throughout the life of the filter and performance doesn't decline with age.

The Fleetguard Cummins Filtration Warranty extends to there entire line of products, ensuring the same promise of performance and coverage beyond the competition. Fleetguard offers the best filtration warranty in the business!

NanoNet filtration is 10-13x more effective at removing 4-micron particulate
contaminants than the closest competitor, keeping injectors cleaner
and optimizing fuel atomization for more efficient combustion.

NanoNet filtration media is a patented product which features many distinct layers of protection to remove and retain particles as small as 4 microns. A Four Micron Particle is 12 times smaller than the smallest particle visible to the human eye. The Nanonet filtration media is a 100% continuous polymeric fiber composite media structure with bonded fibers for strength during vibration and flow surges. This structure means the captured particles are held in place during real-world operating conditions

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