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Product Selection Differences for Filtration Systems, Oil, Combined Full Flow and Bypass

When selecting filtration systems for oil in machinery or vehicles, it's important to consider the different types of filtration systems available, including full flow and bypass systems. Here are some key differences to consider:

  1. Full Flow Filtration:
  • Full flow filtration systems pass all of the oil through the filter before it reaches the engine or other components.
  • They are designed to remove contaminants and particles of a certain size, as specified by the filter rating.
  • Full flow systems provide comprehensive filtration, protecting all parts of the system from wear and damage due to contaminants.
  • They are typically more efficient in removing particles than bypass filtration systems.
  1. Bypass Filtration:
  • Bypass filtration systems divert only a small percentage of the oil flow through the filter at any given time, typically around 5% or less.
  • Bypass filters are designed to remove very fine particles that may not be captured by the full flow filter.
  • Bypass systems can extend the life of the oil by continuously cleaning it, resulting in potentially longer oil change intervals.
  • They are especially effective at removing contaminants like soot in diesel engines.
  1. Combined Full Flow and Bypass Filtration:
  • Some systems combine both full flow and bypass filtration to provide comprehensive cleaning of the oil.
  • This combination allows for the removal of both large and small particles, providing enhanced protection for the engine or machinery.
  • By using both types of filtration, these systems can offer the benefits of extended oil life and enhanced filtration efficiency.

When selecting a filtration system for oil, consider factors such as the specific application, the type of contaminants present, maintenance requirements, cost, and the desired level of protection for the engine or machinery. It's also important to follow manufacturer recommendations and guidelines for filtration system selection and maintenance to ensure optimal performance and longevity of the equipment.