Turbocharger HX35
Brand Kunyu
Product origin Dandong City, Liaoning Province, China
1. The 5359324 can withstand exhaust temperatures exceeding 900°C, making it ideal for demanding applications.
2. The 5359324 has efficient intake and exhaust blades that reduce turbo lag and provide instant power output.
3. Water or oil cooling options extend the life of the 5359324, ensuring consistent performance over the long term.
Turbocharger HX35 Product introduction:
HX35 turbos are essentially air compressors that increase engine performance by increasing the amount of air intake. HX35 turbos use the kinetic energy of the exhaust gases to spin a turbine, which in turn drives a compressor. This compressor takes air from the air filter and forces it into the engine cylinders at a higher pressure.
As engine speed increases, the exhaust gas velocity also increases, causing the turbine to spin faster. This causes the compressor to compress more air into the cylinders. The increased air density and pressure allows more fuel to burn efficiently, significantly increasing engine power output.
More Turbocharger HX35 model as follows：
Model | Part Number | product picture |
HX35 | 3785477 3785478 220-6 | |
HX35 | 5359324 | |
HX35 | 4037469 PC200-7 | |
HX35 | 3536338 3802862（PC220-6） | |
Turbocharger HX35 includes the above models:
Turbocharger HX35 3785477 3785478 220-6、Turbocharger HX35 5359324、Turbocharger HX35 4037469 PC200-7、Turbocharger HX35 3536338 3802862（PC220-6）
Turbocharger HX35 Features of the product:
1.Turbocharger HX35 has rich experience in turbine production and own factory
2.Turbocharger HX35 has passed strict quality inspections, with quality assurance
3.Turbocharger HX35 4037469 PC200-7 has precision clearance, high-speed accessories, increase engine power
4.Turbocharger HX35 4037469 PC200-7 can improve emissions and save oil
Supercharger structure and working principle：
working principle:
Propelled by engine exhaust→turbine drives compressor→increase intake and pressure→enhance combustion
Improve fuel economy → reduce emissions and reduce environmental pollution → improve power and performance → plateau power compensation
