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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 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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Turbocharger HT3B-9 3523869
（1）Turbocharger HT3B-9 3523869 has excellent design and processing,durable floating bearing structure and high-precision blade dynamic balance. （2）Turbocharger HT3B-9 3523869 has high temperature resistance: The special K418 alloy turbine impeller can withstand the exhaust temperature above 900° （3）Turbocharger HT3B-9 3523869 has high-efficiency, low-inertia inlet and exhaust blades that can greatly reduce turbo lag. （4）Turbocharger HT3B-9 3523869 Durable: Water-cooled/oil-cooled structure extends the service life of the turbine.
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Turbocharger HT4C 3803058
（1）Turbocharger HT4C 3803058 has excellent design and processing,durable floating bearing structure and high-precision blade dynamic balance. （2）Turbocharger HT4C 3803058 has high temperature resistance: The special K418 alloy turbine impeller can withstand the exhaust temperature above 900° （3）Turbocharger HT4C 3803058 has high-efficiency, low-inertia inlet and exhaust blades that can greatly reduce turbo lag. （4）Turbocharger HT4C 3803058 Durable: Water-cooled/oil-cooled structure extends the service life of the turbine.
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Turbocharger HT3B
（1）Turbocharger HT3B has excellent design and processing,durable floating bearing structure and high-precision blade dynamic balance. （2）Turbocharger HT3B has high temperature resistance: The special K418 alloy turbine impeller can withstand the exhaust temperature above 900° （3）Turbocharger HT3B has high-efficiency, low-inertia inlet and exhaust blades that can greatly reduce turbo lag. （4）Turbocharger HT3B Durable: Water-cooled/oil-cooled structure extends the service life of the turbine.
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Turbocharger HT60
（1）Turbocharger HT60 has excellent design and processing,durable floating bearing structure and high-precision blade dynamic balance. （2）Turbocharger HT60 has high temperature resistance: The special K418 alloy turbine impeller can withstand the exhaust temperature above 900° （3）Turbocharger HT60 has high-efficiency, low-inertia inlet and exhaust blades that can greatly reduce turbo lag. （4）Turbocharger HT60 Durable: Water-cooled/oil-cooled structure extends the service life of the turbine.
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