GESSNER's Fully-Synthetic Oil Filter Media: Setting new standards in Longevity and Efficiency

|   Synthetic Nonwoven

The quality and function of the oil film between moving engine parts are crucial for an engine's smooth running and longevity. Even very fine particles (1 μm) can significantly accelerate engine wear by disrupting the homogeneous separating layer of the oil.

The quality and function of the oil film between moving engine parts are crucial for an engine's smooth running and longevity. Even very fine particles (1 μm) can significantly accelerate engine wear by disrupting the homogeneous separating layer of the oil. 

An efficient oil filter is, therefore, essential to avoid mixed friction and provide optimum protection for the engine and ancillary units such as the turbocharger. Without such a filter, increased fuel consumption, reduced performance, and premature wear are imminent.

Our tailor-made solutions are created to cater to your specific needs. Our fully synthetic media is available in different grammages and can be provided as a single layer or with a Naltex™ netting for pleat support to enhance its durability.

Key Features of GESSNER Fully Synthetic Oil Filter Media:

  • Enhanced Durability: A composite of robust synthetic fibers, ready to tackle the toughest conditions.
  • Superior Stability: Precision-engineered for optimal processing and pleatability, increasing overall efficiency.
  • Optimal Oil Flow: Ensures peak filter function, so your engine components are safeguarded, even in extreme environments.
  • Extended Longevity: Go longer between changes, saving both time and money while contributing to environmental sustainability.
  • Micro Glass-Free: Safety comes first; our media promote secure downstream processing.

Our dedicated team utilizes cutting-edge technology to ensure our products are of the highest standard. Whether you choose a lightweight, monolayer fully-synthetic medium or extended options bonded with our Naltex™ netting, you can be sure that our commitment to quality remains the same.