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Turbocharger HX35
（1）Turbocharger HX35 has excellent design and processing,durable floating bearing structure and high-precision blade dynamic balance. （2）Turbocharger HX35 has high temperature resistance: The special K418 alloy turbine impeller can withstand the exhaust temperature above 900° （3）Turbocharger HX35 has high-efficiency, low-inertia inlet and exhaust blades that can greatly reduce turbo lag. （4）Turbocharger HX35 Durable: Water-cooled/oil-cooled structure extends the service life of the turbine.
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Turbocharger HE500FG 3790337 3793021
（1）Turbocharger HE500FG 3790337 3793021 has excellent design and processing,durable floating bearing structure and high- （2）Turbocharger HE500FG 3790337 3793021 has high temperature resistance: The special K418 alloy turbine impeller can withstand the exhaust temperature above 900° （3）Turbocharger HE500FG 3790337 3793021 has high-efficiency, low-inertia inlet and exhaust blades that can greatly reduce turbo lag. （4）Turbocharger HE500FG 3790337 3793021 Durable: Water-cooled/oil-cooled structure extends the service life of the turbine.
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Turbocharger HX80
（1）Turbocharger HX80 has excellent design and processing,durable floating bearing structure and high-precision blade dynamic balance. （2）Turbocharger HX80 has high temperature resistance: The special K418 alloy turbine impeller can withstand the exhaust temperature above 900° （3）Turbocharger HX80 has high-efficiency, low-inertia inlet and exhaust blades that can greatly reduce turbo lag. （4）Turbocharger HX80 Durable: Water-cooled/oil-cooled structure extends the service life of the turbine.
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Turbocharger HE400WG 3799504
（1）Turbocharger HE400WG 3799504 has excellent design and processing,durable floating bearing structure and high-precision blade dynamic balance. （2）Turbocharger HE400WG 3799504 has high temperature resistance: The special K418 alloy turbine impeller can withstand the exhaust temperature above 900° （3）Turbocharger HE400WG 3799504 has high-efficiency, low-inertia inlet and exhaust blades that can greatly reduce turbo lag. （4）Turbocharger HE400WG 3799504 Durable: Water-cooled/oil-cooled structure extends the service life of the turbine.
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Turbocharger HT20B
（1）Turbocharger HT20B has excellent design and processing,durable floating bearing structure and high-precision blade dynamic balance. （2）Turbocharger HT20B has high temperature resistance: The special K418 alloy turbine impeller can withstand the exhaust temperature above 900° （3）Turbocharger HT20B has high-efficiency, low-inertia inlet and exhaust blades that can greatly reduce turbo lag. （4）Turbocharger HT20B Durable: Water-cooled/oil-cooled structure extends the service life of the turbine.
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Turbocharger HX82 4038022
（1）Turbocharger HX82 4038022 has excellent design and processing,durable floating bearing structure and high-precision blade dynamic balance. （2）Turbocharger HX82 4038022 has high temperature resistance: The special K418 alloy turbine impeller can withstand the exhaust temperature above 900° （3）Turbocharger HX82 4038022 has high-efficiency, low-inertia inlet and exhaust blades that can greatly reduce turbo lag. （4）Turbocharger HX82 4038022 Durable: Water-cooled/oil-cooled structure extends the service life of the turbine.
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Turbocharger VB31 17201-OL070
Turbocharger VB31 17201-OL070 can increase the volume of intake air for the engine. It can increase the power and torque of the engine, and can perform more power after boosting. After an engine is equipped with a turbocharger, its maximum power can be increased by 40% or even higher.
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Turbocharger HT18 14411-62T00
（1）Turbocharger HT18 14411-62T00 has excellent design and processing,durable floating bearing structure and high-precision blade dynamic balance. （2）Turbocharger HT18 14411-62T00 has high temperature resistance: The special K418 alloy turbine impeller can withstand the exhaust temperature above 900° （3）Turbocharger HT18 14411-62T00 has high-efficiency, low-inertia inlet and exhaust blades that can greatly reduce turbo lag. （4）Turbocharger HT18 14411-62T00 Durable: Water-cooled/oil-cooled structure extends the service life of the turbine.
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