GT1544S 708867 New Turbocharger Cartridge Turbo CHRA Core Compatible For Vauxhall Compatible For Opel Astra 2.0 DTI 75 Kw 101 CV Turbine Core 24461825

DescriptionModel: GT15Turbo Part NO. 708867, 708866, 708867-1, 708867-2, 708867-0002, 708867-5002S, 708867-9002S, 7088670002, 7088675002S, 7088679002S, 24461826, 860052, 708867 0001, 708867 5001S, 708867-0001, 708867-1, 708867-5001S, 7088670001, 7088675001STurbo OEM NO. 24461825, 860058, 93184474ApplicationTurbo cartridge Compatible For Opel Astra G 2.0 DTI 74 Kw Y20DTH 1999-2005Turbo cartridge Compatible For Opel Signum 2.0 DTI 74 Kw Y20DTH 2003Turbo cartridge Compatible For Opel Vectra B C 2.0 DTI 74 Kw Y20DTH 1997Turbo cartridge Compatible For Opel Zafira A 2.0 DTI 74 Kw Y20DTH 2000-2005Hello Car Lovers! Welcome To My Auto Parts—where Quality Meets Compatibility! All Our Auto Parts Are Rigorously Tested To Fit Your Vehicle Perfectly, Keeping Your Ride Smooth And Worry-free!

• GT1544S 708867 New Turbocharger Cartridge Turbo CHRA Core Compatible For Vauxhall Compatible For Opel Astra 2.0 DTI 75 Kw 101 CV Turbine Core 24461825
• The turbocharger housing is made of high-temperature resistant alloy material, which can withstand temperatures above 900℃. Even under long-term high-load operation conditions, it can maintain structural stability without deformation or damage.​
• Through scientific and reasonable boost control logic, the engine is effectively prevented from being in a state of long-term high-speed operation, which significantly reduces the wear of core components such as cylinder blocks and pistons, and further extends the overall service life of the engine.​
• By virtue of the optimized design of turbocharger blade shape and air flow channel, the noise generated during high-speed operation is greatly reduced. Compared with traditional turbochargers, the noise level is reduced by 40%, creating a quieter riding environment inside the vehicle.​
• Equipped with an independent intercooler and an exclusive oil cooling channel, it can cool the turbocharger system in real time, ensuring that the core components are always stable in the optimal operating temperature range and guaranteeing the continuous output of performance.