Clevite CB583A10(6) Con Rod Bearing Set - Clevite Ford 170 200 250 CID L6 Con Rod Bearing Set for a 1964-1981 Ford Mustang Base, 1970-1973 Ford Mustang Grande, 1971-1971 Ford Mustang Mach 1, 1979-1981 Ford Mustang Ghia, 1982-1982 Ford Mustang GL, 1982-1982 Ford Mustang GLX and 1982-1982 Ford Mustang L.
Image(s) for display purposes only. Actual product may vary.
Manufacturer: Clevite
Product: Clevite Con Rod Bearing Set
Part Number: CB583A10(6)
UPC: 027067927439
MSRP: $87.45
$62.80
Free Shipping (Continental US)
New with manufacturer warranty
Availability:
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(Can take days or weeks, contact us for an ETA)
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Fitment:
NOTES: Clevite Ford 170 200 250 CID L6 Con Rod Bearing Set
| Years | Make | Model | Trim | ||
|---|---|---|---|---|---|
| 1964 - 1973 | Ford | Mustang | Base | ||
| 1970 - 1973 | Ford | Mustang | Grande | ||
| 1971 - 1971 | Ford | Mustang | Mach 1 | ||
| 1979 - 1981 | Ford | Mustang | Base | ||
| 1979 - 1981 | Ford | Mustang | Ghia | ||
| 1982 - 1982 | Ford | Mustang | GL | ||
| 1982 - 1982 | Ford | Mustang | GLX | ||
| 1982 - 1982 | Ford | Mustang | L |
Description:
Carrying on a tradition of durability and dependability, Clevite BiMetal (aluminum) engine bearings feature 100% lead-free aluminum silicon. Engineered with 60% more silicon than comparable competitive replacements, they provide better conditioning of journal surfaces. This results in greater seizure and wear resistance.
Carrying on a tradition of durability and dependability, Clevite BiMetal (aluminum) engine bearings feature 100% lead-free aluminum silicon. Engineered with 60% more silicon than comparable competitive replacements, they provide better conditioning of journal surfaces. This results in greater seizure and wear resistance.
Carrying on a tradition of durability and dependability, Clevite BiMetal (aluminum) engine bearings feature 100% lead-free aluminum silicon. Engineered with 60% more silicon than comparable competitive replacements, they provide better conditioning of journal surfaces. This results in greater seizure and wear resistance.