Derale 16109 HO Extreme 9-Inch Curved Blade Puller Electric Fan, 625 CFM, 12V, Plastic Housing

Derale 16109 HO Extreme 9-Inch Curved Blade Puller Electric Fan, 625 CFM, 12V, Plastic Housing

$132.29
Sale price  $132.29 Regular price 
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Derale 16109 HO Extreme 9-Inch Curved Blade Puller Electric Fan, 625 CFM, 12V, Plastic Housing

Derale 16109 HO Extreme 9-Inch Curved Blade Puller Electric Fan, 625 CFM, 12V, Plastic Housing

$132.29
Sale price  $132.29 Regular price 
HO Extreme 9in Curved Bl ade Puller Elec Fan

The Derale 16109 HO Extreme 9-inch curved blade puller electric fan is designed to provide reliable cooling performance for a variety of automotive applications. Featuring a compact 9-inch diameter fan with a curved blade design, this electric fan delivers up to 625 CFM of airflow to help maintain optimal engine temperatures. Its 12-volt operation ensures compatibility with most vehicle electrical systems, making installation straightforward and efficient. The fan’s plastic housing offers durability while keeping weight minimal, and its puller configuration pulls air through the radiator or cooling system effectively. This model is suitable for use on trucks and other vehicles requiring enhanced cooling capacity. Its dimensions of approximately 9.688 inches by 9.688 inches with a 2-inch thickness make it a versatile choice for custom or replacement cooling setups. Designed for reliable operation, the Derale 16109 is an ideal upgrade for high-performance and heavy-duty vehicles seeking improved thermal management.

Features:

  • Electric cooling fan with a 9-inch diameter and curved blades
  • Maximum airflow of 625 CFM for effective engine cooling
  • 12-volt direct current operation for automotive compatibility
  • Puller fan design to draw air through radiator core
  • Constructed with durable plastic housing for lightweight and resilience
  • Compact size with approximately 9.688 x 9.688 inches and 2-inch thickness
  • Suitable for trucks and various vehicle cooling applications
  • No air restrictions, ensuring optimal airflow performance

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