PAI DD1301-145 DD1301-145 N/A KITENGINFRAME

The PAI Detroit Diesel DD13 Inframe Kit is the ultimate solution for engine rebuilds, offering high-quality components engineered for maximum performance. Featuring anti-polishing ring liners, high-performance piston rings, and a complete gasket set, this kit enhances durability and efficiency. Every part meets strict ISO 9001 standards and is backed by a two-year unlimited mileage warranty.

PAI Detroit Diesel DD13 Inframe Kit

INCLUDES:

(6) Cylinder Kits – Complete with pistons, rings, pins, and liners.
(1) Main Bearing Kit – Ensures proper crankshaft support and longevity.
(1) Rod Bearing Kit – Reduces friction and wear for smooth operation.
(1) Oil Pan Gasket – Provides a secure, leak-proof seal.
(1) Head Gasket Set – Multi-layered stainless steel for optimal sealing.
(10) Head Bolts – High-strength fasteners for a secure fit.

PRODUCT OVERVIEW

The PAI Detroit Diesel DD13 Inframe Kit is a premium solution for rebuilding your engine with superior components engineered for durability, performance, and efficiency. This kit includes everything needed for a complete overhaul, such as high-strength pistons with anti-friction coatings, anti-polishing liners to reduce wear, and advanced piston rings designed to enhance load capacity while minimizing oil consumption. The kit also features a multi-layered stainless steel head gasket with rubberized ports for a secure seal, ensuring long-lasting engine reliability. Main and rod bearings are coated with PAI’s high-performance polymer to extend their lifespan, and a full gasket set guarantees a proper seal across all components. Manufactured in the USA under strict ISO 9001 standards, this kit is built for heavy-duty applications and provides outstanding performance backed by a two-year unlimited mileage warranty.

KEY FEATURES:

• Upgrade your Detroit DD13 engine with the PAI DD1301-145 Inframe Kit.
• Designed for superior durability and high performance.
• Backed by a two-year unlimited mileage warranty.
• Ensures long-lasting reliability for heavy-duty applications.