• Filtration Specifications: Spin-on fuel filter with 10 micron microglass media designed to remove particulate contaminants and detect water or phase separation for superior fuel cleanliness.
• Fuel Compatibility: Suitable for gasoline, ethanol blends up to 25%, diesel, ultra-low sulfur diesel (ULSD), and biodiesel blends up to B100.
• Flow Performance: Supports maximum flow rates up to 25 gallons per minute (94.6 liters per minute) ensuring efficient fuel delivery in commercial applications.
• Pressure Ratings: Maximum working pressure of 50 PSI (3.4 bar) with differential pressure limits optimized for reliable operation under typical fueling conditions.
• Installation Details: Features a standard 1 inch -12 thread size with NPT connections compatible with petroleum filter series including the 200, 250, 260, and specifically the high-flow capable 300 series housings.
• Physical Dimensions: Compact design measuring approximately 3.75 inches in diameter by about 5.38 inches in length facilitating easy installation and replacement within existing systems.
• Quality Certifications & Origin: Manufactured in the USA under strict quality controls; UL listed ensuring compliance with industry safety standards.
• Adapter Compatibility: Compatible with a range of Cim-Tek adapter part numbers designed for seamless integration into various fueling system configurations (refer to Cim-Tek adapter catalog).
• Application Scope: Ideal for commercial fueling stations and industrial fuel dispensing systems requiring high-efficiency filtration without aviation use restrictions.

The Cim-Tek Model 91235 spin-on fuel filter delivers advanced multi-fuel filtration technology combining microglass media efficiency with robust construction tailored for demanding commercial environments. Its precise micron rating ensures optimal particulate removal while maintaining excellent flow characteristics critical to operational uptime and engine protection. Trust this filter as part of your comprehensive fuel management strategy to enhance equipment longevity and maintain regulatory compliance across diverse petroleum fuels.