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all articlesaFe Power Diesel Transmission Fluid Filter for Ford F-350 Super Duty Power-Stroke 2003 - 2004
SIMILAR PARTSVERIFIED FITMENT
out Of Stock
$46.29
SKU: l5800530
Fits:
Ford F-350 Super Duty Power-Stroke 2003-2004 (2003 2004) for V8 6.0L (td)
Warranty
Manufacturer’s Warranty
Worldwide
We Ship Worldwide
Fast Shipping
1-5 days delivery
Returns
Easy Returns: 30 days
Features
The Pro Guard D2 transmission filter represents the next generation in filter technology. This filter is designed to help protect sensitive shift control valves and prevent secondary damage to engine parts. By providing the transmission fluid more quickly, you get maximum protection that exceeds the OE requirement for filter efficiency.Fitment Note: This item does not fit models equipped with 4WDNot for use with aFe 46-70120-1 / 46-70122-1 transmission pans.Photo may vary from actual product.Cross Reference Fram: FT1130A Wix: 51968, 58968 AC Delco: TF283
- Transmission Fluid Filter aFe Power with your purchase! Best for performance, leveling, touring & 4x4 offroad for trucks, SUVs, Jeeps and other vehicles!
- Verified fit Ford F-350 Super Duty Power-Stroke 2003-2004 (2003 2004) for V8 6.0L (td)
- Engine Type: Diesel
- Height: 5.00, Width: 14.00, Length: 20.00, Weight: 2.00
- FAST SHIPPING & WARRANTY: We ship from various warehouses throughout the USA under the manufacturer's warranty! *Please ask us full technical details at the Questions field at bottom of the page.
Technical Details
- Brand aFe Power
- Product Transmission Fluid Filter
- Weight 2.00
- Width 14.00
- Height 5.00
- Length 20.00
- Engine Type Diesel
- Condition New
Compatibility
Full compatibility list
Notes | Year | Make | Model | Trim | Engine |
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Relevant Products
Additional Information
Description
Pro Guard D2 fluid filters are built stronger and filter better for todays demanding diesel engines. Our PGD2 oil filters use our exclusive NF21 two-layer, wire-backed synthetic filtration media that achieves higher efficiency than other synthetic blends or high-performance papers without the damaging flow restriction of traditional paper medias.