MAHLE ORIGINAL/CLEVITE OS32491 Oil Pan Gasket Set for Small Block Ford 260-302 with Steel Core Rubber, 0.185 Inch Thickness

MAHLE ORIGINAL/CLEVITE OS32491 Oil Pan Gasket Set for Small Block Ford 260-302 with Steel Core Rubber, 0.185 Inch Thickness

$62.99
Sale price  $62.99 Regular price 
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MAHLE ORIGINAL/CLEVITE OS32491 Oil Pan Gasket Set for Small Block Ford 260-302 with Steel Core Rubber, 0.185 Inch Thickness

MAHLE ORIGINAL/CLEVITE OS32491 Oil Pan Gasket Set for Small Block Ford 260-302 with Steel Core Rubber, 0.185 Inch Thickness

$62.99
Sale price  $62.99 Regular price 
Oil Pan Gasket Set - SBF 260-302

The MAHLE ORIGINAL/CLEVITE OS32491 oil pan gasket set is designed specifically for small block Ford engines, including models with 260 and 302 cubic inch displacements. Crafted with a durable steel core and rubber composition, this gasket offers reliable sealing performance and resistance to oil leaks. The gasket's thickness of 0.185 inches ensures proper compression and a secure fit within the engine assembly, contributing to optimal engine performance. This one-piece set simplifies installation and provides a precise fit to maintain engine integrity over time. Ideal for engine rebuilds and maintenance, the OS32491 gasket is engineered to withstand engine heat and oil pressure fluctuations, ensuring long-lasting durability. Proper sealing of the oil pan is critical to prevent leaks and maintain engine lubrication, and this gasket is manufactured to meet or exceed OEM standards for quality and performance. Whether restoring a classic Ford or maintaining a modern engine, this gasket set offers a dependable solution for a leak-free seal and efficient engine operation.

Features:

  • Designed for small block Ford engines, including 260 and 302 cubic inch models
  • Constructed with steel core and rubber for durability and reliable sealing
  • Thickness: 0.185 inches for proper compression and fit
  • One-piece gasket set simplifies installation process
  • Engineered to withstand high temperatures and oil pressure fluctuations

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