9310 0.200" DLC Coated Pins

You need the engine code, bore size, stroke, rod length, pin diameter and target compression ratio. These determine the correct piston compression height and crown design.

Ring gaps must be set by your engine builder based on fuel type, boost level and the intended rpm range. Forced-induction engines usually require larger gaps.

Yes. Forged pistons handle detonation and high cylinder pressure better than cast units. Your builder should set the piston-to-bore clearance to suit your application.

The DLC coating on the 9310 gudgeon pins significantly reduces friction, which enhances performance and increases the lifespan of the pins. This coating also helps to minimise wear, making it ideal for high-performance applications.

While the 9310 gudgeon pins are precision manufactured, it is essential to ensure that the pin bores in the pistons are honed to the correct size for a proper fit. Always verify clearances with your engine builder to ensure optimal performance.

For proper installation, ensure that the pins are chamfered if you are using wire locks. The straight wall design helps reduce pin galling, but always check for proper alignment and fitment in the connecting rods and pistons during assembly.

The 9310 gudgeon pins are manufactured with a weight tolerance of +/- 1 gram. This precision helps maintain balance within the rotating assembly, which is crucial for high-performance applications.

Yes, the 9310 gudgeon pins are designed for high-performance use, including high-revving applications. Their durable construction and DLC coating make them suitable for demanding conditions, but always ensure proper installation and clearances for reliability.