• Filtration Specifications: Multi-fuel media filter with a 10 micron rating designed to remove particulate matter and detect water or phase separation.
• Fuel Compatibility: Compatible with gasoline, ethanol blends up to 25%, diesel, biodiesel up to B20, and ULSD fuels. Not suitable for aviation applications.
• Flow Performance: Supports flow rates up to approximately 30 gallons per minute (GPM), suitable for commercial fueling operations.
• Pressure Ratings: Maximum working pressure of 50 PSI (3.4 bar) with differential pressure limits optimized for efficient filtration without compromising flow.
• Installation Details: Features a spin-on design with standard thread size compatible with common fuel filter housings; typically uses a 1" -12 thread connection.
• Physical Dimensions: Approximately 3.75 inches in diameter by around 8 inches in length, facilitating easy installation and replacement in commercial fuel systems.
• Quality Certifications: Manufactured in the USA under strict quality controls; UL listed ensuring compliance with safety standards.
• Adapter Compatibility: Compatible with various cast iron adapters featuring thread sizes such as 1"-12 and mounting adaptor port sizes of 1" NPT or 3/4" NPT for versatile installation options.
• Application Scope: Ideal for commercial fueling stations, fleet fueling systems, agricultural equipment refueling points, and other industrial fuel dispensing setups excluding aviation use.

The Cim-Tek model 90600 is engineered to provide reliable filtration performance that protects fuel quality by removing contaminants effectively while supporting high flow rates required in demanding commercial environments. Its multi-fuel compatibility ensures versatility across gasoline and diesel applications while maintaining stringent quality standards through its US manufacturing origin and UL listing. This spin-on filter offers ease of maintenance combined with robust construction making it an essential component for any professional fueling system seeking optimal fuel purity and operational efficiency.