KTC Racing 86mm/86.5mm/87mm/87.5mm Forged Connecting Rod Piston Kit Fit for 2JZ 2JZ-GTE High Performance Upgrade with ARP Bolts(86mm 9.1)

KTC Racing 86mm/86.5mm/87mm/87.5mm Forged Connecting Rod Piston Kit for 2JZ 2JZ-GTE High Performance Upgrade with ARP boltsApplicationsFit For Toyota Supra JAZ80 2JZ 2JZGE 2JZGTEFit For Toyota Mark II 2JZ 2JZGE 2JZGTEFit For Toyota Altezza AS300 2JZ 2JZGE 2JZGTEFit For Toyota Crown 2JZ 2JZGE 2JZGTEFit For Toyota Chaser 2JZ 2JZGE 2JZGTEFit For Toyota Cresta 2JZ 2JZGE 2JZGTEFit For Toyota Progres 2JZ 2JZGE 2JZGTEFit For Lexus IS300 GS300 SC300 2JZ 2JZGE 2JZGTESpecificationType: KTC Racing 86mm/86.5mm/87mm/87.5mm Forged Connecting Rod Piston Kit for 2JZ 2JZ-GTE High Performance Upgrade with ARP boltsSize: STDQuantity: 6 Pieces as showing in pictureMaterial:Forged 4340 steel, 4032 aluminumNoteProfessional installation is highly recommended;Custom Service : If there's no item you need on our site, we would be happy to help determine your requirements and develop a solution with you to satisfy your needs.

• 1. Efficient energy conversion: The piston efficiently converts the thermal energy generated by fuel combustion into mechanical energy through reciprocating motion, drives the crankshaft to rotate, and is the key executor of engine power output, providing sufficient power for vehicle operation.
• 2. Compact and reliable structure: Its design is compact and can achieve stable operation within limited engine space. It is made of high-strength materials and can withstand harsh working conditions such as high temperature, high pressure, and high-speed movement, ensuring long-term stable operation of the engine.
• 3. Excellent heat dissipation performance: The piston surface is usually specially treated and designed with a reasonable structure to quickly transfer the heat generated by combustion, effectively controlling its own temperature performance degradation or component damage caused by overheating.
• 4. Strong wear resistance: By using materials and advanced surface treatment processes, the piston can maintain good working condition even under frequent friction with the cylinder wall, reducing the degree of wear and extending the service life of the engine.
• 5. Lightweight design: Modern pistons use lightweight and high-strength materials, such as aluminum alloy, to reduce weight while ensuring strength, lower the overall rotational inertia of the engine, and improve the acceleration performance and fuel economy of the vehicle.