ARP Nissan CA18DE/DET Head Stud Kit

Upgrade your Nissan Pulsar NX's engine with the ARP Nissan CA18DE/DET Head Stud Kit, part number ARP202-4302. Designed to enhance the strength and reliability of your engine's head assembly, this kit is ideal for both stock rebuilds and high-performance applications. Crafted from high-quality materials, these head studs ensure precise torque retention and improved clamping force, reducing the risk of head gasket failure under demanding conditions. The kit is compatible with 1988 and 1989 Nissan Pulsar NX models equipped with CA18DE or DET engines, making it a perfect choice for enthusiasts and professional mechanics alike.

Each stud is engineered for durability and precise fitment, offering superior resistance to stretching and fatigue. Features include a high-strength alloy construction (material details provided by ARP), and a design optimized for consistent torque application. Easy to install, this kit helps achieve optimal engine performance and longevity, especially during forced induction or high-boost scenarios. ARP's reputation for quality and precision manufacturing guarantees that these studs will meet or exceed OEM standards, ensuring reliable operation in demanding environments.

Whether you're rebuilding your engine or preparing for a performance upgrade, the ARP Nissan CA18DE/DET Head Stud Kit provides the confidence and durability needed to support your goals. Proper head bolt torque is critical for maintaining a sealed combustion chamber, and this kit ensures that your engine maintains optimal compression and efficiency. With a straightforward installation process, these studs are a valuable upgrade to any Nissan CA18-powered vehicle, emphasizing quality, strength, and long-term reliability.

Features:

• High-strength alloy construction for durability and reliability

• Designed specifically for Nissan CA18DE and DET engines

• Ensures precise torque retention and improved clamping force

• Compatible with 1988-1989 Nissan Pulsar NX models

• Suitable for stock rebuilds and high-performance applications