Part Number: CR6754XPCSTDX

Description: King Toyota2JZGE/2JZGTE 3.0L (Size STDX) pMaxKote Performance Rod Bearing Set

Material: pMax Black (racing line)

Undersize: STDX

Material: pmaxkote (racing line), polymer coated

Details:

Enhance the performance of the Toyota 2JZ engine with the King Engine Bearings' Bearing Suite. Crafted with precision, these bearings offer durability and reliability, ensuring optimal engine functioning. The set is engineered for high loads and provides superior protection, making it an ideal choice for enthusiasts seeking top-notch performance.

The pMaxKote Performance Bearing Set integrates advanced metallurgical and geometric technologies, ensuring durability and resilience under extreme performance loads reaching up to 10,200 psi. With unique pMax Black overlays and a tri-metal structure 24% harder than conventional race bearings, these bearings receive a factory-applied nano-composite coating, pMaxKote. Acting as the fourth layer over the pMax Black, this coating enhances wear resistance. It safeguards the bearings during periods of marginal lubrication, all without altering the original wall thickness dimensions. The result is race bearings designed to withstand the highest loads and RPMs generated by top-tier competition engines.

Since its establishment in 1960, King Engine Bearings has been dedicated to supplying the highest quality bearings in the market, specializing in engine bearings. The product range spans various engine types, including those for automobiles, light-duty and heavy-duty trucks, marine, aviation, standby power, and more. Rigorous quality control checkpoints during production guarantee only the highest quality bearings.

Features: 

• Oil slot improves oil ingress without compromising the bearing's effective surface (ElliptiX)

• The tri-metal structure provides 17% greater fatigue resistance

• The optimum eccentricity value reached through computerized theoretical simulations & other analyses ensures stable hydrodynamic lubrication and better oil wedge formation (EccentriX)

• Computerized simulations help achieve optimal crush height values that ensure perfect radial pressure, reducing the possibility of a spun bearing (RadiaLock)