• Filtration Specifications: Spin-on fuel filter with 10 micron cellulose media designed to effectively remove particulate contaminants such as dirt and rust from fuel.
• Fuel Compatibility: Suitable for gasoline, ethanol blends (up to E15), diesel, ultra-low sulfur diesel (ULSD), and biodiesel blends up to 100%.
• Flow Performance: Supports commercial high-flow applications with flow rates typically ranging up to approximately 40 gallons per minute (gpm).
• Pressure Ratings: Maximum working pressure of 50 psi (3.4 bar) with differential pressure monitoring capability for optimal performance.
• Installation Details: Features a standard spin-on design with a thread size compatible with common commercial fueling systems; typically uses a 1"-12 or similar thread size depending on series.
• Physical Dimensions: Approximately 3.75 inches in diameter by around 7 inches in length, optimized for compact installation in fuel dispensing equipment.
• Quality Certifications: UL listed and manufactured under strict quality controls ensuring durability and reliable filtration performance.
• Adapter Compatibility: Compatible with Cim-Tek adapter part numbers designed for the commercial fueling series filters allowing easy integration into existing systems.
• Application Scope: Ideal for use in commercial fueling stations, fleet refueling operations, and industrial fuel storage systems; not intended for aviation fuels or applications requiring specialized aviation-grade filters.

This Cim-Tek spin-on fuel filter model offers robust particulate filtration tailored to meet the demands of high-volume commercial fueling environments. Its cellulose media ensures extended dirt-holding capacity while maintaining optimal flow rates and pressure stability. Designed specifically to handle various fuels including gasoline and diesel blends safely, it provides reliable protection against contamination that can damage engines or dispensing equipment. The filter’s compatibility with standard adapters simplifies installation upgrades or replacements within your existing infrastructure.