• Filtration Specifications: 300 micron bag filter media designed for effective particulate removal to protect fuel systems and equipment.
• Fuel Compatibility: Suitable for gasoline, ethanol blends, diesel fuels including ultra-low sulfur diesel (ULSD), ensuring versatile application across common fuel types.
• Flow Performance: Engineered to maintain high flow rates compatible with commercial fueling operations; specific GPM/LPM ratings depend on system setup.
• Pressure Ratings: Designed to withstand typical working pressures encountered in commercial fuel filtration systems; consult system specifications for exact limits.
• Installation Details: Compatible with standard connection sizes used in petroleum filter series; installation requires proper adapter fittings as per system requirements.
• Physical Dimensions: Bag filter format optimized for ease of replacement and fit within Cim-Tek petroleum filter housings; dimensions tailored to model B3 series specifications.
• Quality Certifications: Manufactured under stringent quality controls ensuring durability and reliability in demanding commercial environments. UL listing status should be confirmed per product batch or inquiry.
• Adapter Compatibility: Compatible with a range of Cim-Tek adapters facilitating integration into existing filtration setups (refer to adapter part numbers on page 24 of the product catalogue).
• Application Scope: Ideal for use in commercial fueling stations, fleet refueling operations, and industrial fuel handling applications. Not intended or certified for aviation use.

The Cim-Tek 90588 300 Micron Bag Filter offers robust filtration performance tailored to high-flow commercial fuel systems. Its durable construction and broad compatibility make it an essential component for maintaining clean fuel delivery and protecting critical engine components across gasoline, ethanol blend, and diesel fuels. Trust Cim-Tek's proven expertise embodied in the B3 series design to ensure operational efficiency and longevity of your fueling infrastructure.